HP 3PAR StoreServ 7000 Storage Service
Guide
Abstract
This guide provides information about maintenance and upgrading HP 3PAR StoreServ 7000 Storage system hardware
components for authorized technicians.
HP Part Number: QR482-96503
Published: September 2013
Edition: 1
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© Copyright 2013 Hewlett-Packard Development Company, L.P.
The information contained herein is subject to change without notice. The only warranties for HP products and services are set forth in the express
warranty statements accompanying such products and services. Nothing herein should be construed as constituting an additional warranty. HP shall
not be liable for technical or editorial errors or omissions contained herein.
Acknowledgments
Microsoft®, Windows®, are U.S. registered trademarks of Microsoft Corporation.
Adobe® and Acrobat® are trademarks of Adobe Systems Incorporated.
Warranty
WARRANTY STATEMENT: To obtain a copy of the warranty for this product, see the warranty information website:
http://www.hp.com/go/storagewarranty
Printed in the US
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Contents
1 Servicing the Storage System........................................................................5
Service Processor Onsite Customer Care .....................................................................................5
Accessing the HP 3PAR Management Console.........................................................................5
CSR........................................................................................................................................5
Types of CSR.......................................................................................................................6
Accessing Replacement Videos..............................................................................................6
Parts-only Warranty Service...................................................................................................6
Identifying a Replaceable Part....................................................................................................6
Swappable Components.......................................................................................................7
Getting Recommended Actions...................................................................................................7
Powering Off/On the Storage System..........................................................................................8
Powering Off.......................................................................................................................8
Powering On.......................................................................................................................9
Disengaging the PDU Pivot Brackets............................................................................................9
Replacing an Interconnect Link Cable........................................................................................10
Repairing a Disk Drive.............................................................................................................10
Removing a 2.5 inch Disk ..................................................................................................13
Removing a 3.5 inch Disk...................................................................................................14
Installing a Disk Drive.........................................................................................................15
Verifying Disk Drives...........................................................................................................16
Disk Drive Numbering........................................................................................................17
Controller Node Replacement Procedure....................................................................................18
Preparation.......................................................................................................................18
Node Identification and Shutdown.......................................................................................19
Node Removal..................................................................................................................19
Node Installation...............................................................................................................20
Node Verification..............................................................................................................21
SFP Repair.............................................................................................................................21
Replacing an SFP...............................................................................................................25
2 Understanding LED Indicator Status.............................................................26
Enclosure LEDs.......................................................................................................................26
Bezels LEDs.......................................................................................................................26
Disk Drive LEDs..................................................................................................................26
Storage System Component LEDs..............................................................................................27
Power Cooling Module LEDs................................................................................................27
Drive PCM LEDs............................................................................................................29
I/O Modules LEDs.............................................................................................................30
Controller Node and Internal Component LEDs...........................................................................31
Ethernet LEDs....................................................................................................................32
Node FC and CNA Port LEDs..............................................................................................32
Fibre Channel (FC) Adapter LEDs.........................................................................................33
Converged Network Adapter (CNA) LEDs.............................................................................34
Node FC and CNA Port Numbering....................................................................................34
SAS Port LEDs....................................................................................................................35
Interconnect Port LEDs.........................................................................................................36
Verifying Service Processor LEDs...............................................................................................36
3 Support and Other Resources.....................................................................39
Contacting HP........................................................................................................................39
HP 3PAR documentation..........................................................................................................39
Typographic conventions.........................................................................................................42
Contents
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HP 3PAR branding information.................................................................................................42
4 Documentation feedback...........................................................................43
A Installing Storage Software Manually..........................................................44
Connecting to the Laptop.........................................................................................................44
Connecting the Laptop to the Controller Node.......................................................................44
Connecting the Laptop to the HP 3PAR Service Processor........................................................44
Serial Cable Connections....................................................................................................44
Maintenance PC Connector Pin-outs ...............................................................................44
Service Processor Connector Pin-outs ...............................................................................45
Manually Initializing the Storage System Software.......................................................................45
Manually Setting up the Storage System................................................................................45
Installing HP 3PAR OS Files .....................................................................................................48
Adding a Storage System to the Service Processor......................................................................50
Exporting Test LUNs................................................................................................................51
Defining Hosts...................................................................................................................51
Creating and Exporting Test Volumes....................................................................................52
B Node Rescue...........................................................................................54
Service Processor (Physical) Node Rescue .................................................................................54
C Illustrated Parts Catalog............................................................................56
Drive Enclosure Components....................................................................................................56
Storage System Components....................................................................................................58
Controller Node and Internal Components.................................................................................60
Service Processor....................................................................................................................63
Miscellaneous Cables and Parts...............................................................................................63
D Uninstalling the Storage System..................................................................66
Storage System Inventory.........................................................................................................66
Removing Storage System Components from an Existing or Third Party Rack...................................66
4
Contents
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1 Servicing the Storage System
Use this chapter to perform removal and replacement procedures on the HP 3PAR StoreServ 7000
Storage systems.
CAUTION: Before servicing any component in the storage system, prepare an Electrostatic
Discharge-safe (ESD) work surface by placing an antistatic mat on the floor or table near the storage
system. Attach the ground lead of the mat to an unpainted surface of the rack. Always use a
wrist-grounding strap provided with the storage system. Attach the grounding strap clip directly to
an unpainted surface of the rack.
For more information on part numbers for storage system components listed in this chapter, see
the “Illustrated Parts Catalog” (page 56).
Service Processor Onsite Customer Care
Use SPOCC to access Guided Maintenance or the SPMAINT (Service Processor Maintenance) in
the Command Line Interface (CLI), where you perform various administrative and diagnostic tasks
to support both the storage system and the SP.
To open SPOCC, enter the SP IP address in a web browser and enter your user name and password.
Figure 1 SPOCC – Support page
Accessing the HP 3PAR Management Console
To access the HP 3PAR Management console:
1. Double-click the exe to open the console.
2. Enter your user name and password.
3. Under the Systems tree in the left panel, select the storage system to be serviced to connect.
CSR
HP products are designed with many Customer Self Repair (CSR) parts to minimize repair time
and allow for greater flexibility in performing defective parts replacement. If during the diagnosis
period HP (or HP service providers or service partners) identifies that the repair can be accomplished
by the use of a CSR part, HP will ship that part directly to you for replacement.
Service Processor Onsite Customer Care
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The materials shipped with a replacement CSR part specify whether a defective part must be
returned to HP. When required, you must ship the defective part to HP within a defined period of
time, normally five business days. The defective part must be returned with the associated
documentation in the provided shipping material. Failure to return the defective part could result
in HP billing you for the replacement. With a CSR, HP pays all shipping and part return costs and
determines the courier/carrier to be used.
For more information about CSR, contact an HP-authorized service provider or go to http://
www.hp.com/go/selfrepair. To order parts, contact an HP-authorized service provider or go to
http://www.hp.com/buy/parts.
NOTE: Some HP parts are not designed for customer self repair. To satisfy the customer warranty,
HP requires that an authorized service provider replace such parts.
Types of CSR
•
Mandatory – You order the part directly from HP and repair the product yourself. Onsite or
return-to-depot repair is not provided under warranty.
•
Optional – You can order the part directly from HP and repair the product yourself, or you
can request that HP repair the product. If you request repair from HP, you may be charged
for the repair, depending on the product warranty.
NOTE: In some instances, remote support by an HP authorized service provider may be
needed to fully diagnose a part failure.
•
No – The replaceable part is not available for self repair. For assistance, contact an
HP-authorized service provider to replace the part. These parts include the drive and node
enclosures, the I/O modules, PCMs, and internal components of the controller node in the HP
3PAR StoreServ 7000 systems.
Types of CSR components include:
•
Disk drive
•
Controller node
•
SFP
Accessing Replacement Videos
HP produced videos of the procedures to assist you in replacing components. To view the videos,
go to the HP Customer Self Repair Services Media Library website and navigate to your product:
http://www.hp.com/go/sml
Parts-only Warranty Service
Your HP Limited Warranty may include a parts-only warranty service. Under the terms of parts-only
warranty service, HP provides replacement parts free of charge. For parts-only warranty service,
CSR part replacement is mandatory. If you request HP to replace these parts, you are charged for
the travel and labor costs of this service.
Identifying a Replaceable Part
Parts have a nine-character spare part number on their labels. For some spare parts, the part
number is available in the system. Alternatively, the HP call center can assist in identifying the
correct spare part number.
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Servicing the Storage System
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Figure 2 Product label with HP Spare part number
Swappable Components
Colored touch points on a storage system component (such as a lever or latch) identify whether
the system should be powered on or off during a part replacement:
•
Hot-swappable – Parts are identified by red-colored touch points. The system can remain
powered on and active during replacement.
NOTE: Disk drives are hot-swappable, even though they are yellow and do not have red
touch points.
•
Warm-swappable– Parts are identified by gray touch points. The system does not fail if the
part is removed, but data loss may occur if the replacement procedure is not followed correctly.
•
Cold-swappable – Parts are identified by blue touch points. The system must be powered off
or otherwise suspended before replacing the part.
CAUTION:
•
Do not replace cold-swappable components while power is applied to the product. Power off
the device and then disconnect all AC power cords.
•
Power off the equipment and disconnect power to all AC power cords before removing any
access covers for cold-swappable areas.
•
When replacing hot-swappable components, allow approximately 30 seconds between
removing the failed component and installing the replacement. This time is needed to ensure
that configuration data about the removed component is cleared from the system registry. To
prevent overheating due to an empty enclosure or bay, use a blank or leave the slightly
disengaged component in the enclosure until the replacement can be made.
Drives must be replaced within 10 minutes, nodes 30 minutes and all other parts within 6
minutes.
•
Before replacing a hot-swappable component, ensure that steps have been taken to prevent
loss of data.
Getting Recommended Actions
This section explains the steps required to get from an alert message to the action associated with
the alert.
The Component line in the right column lists the cage number, magazine number, and drive number
(cage:magazine:disk). The first and second numbers are sufficient to identify the exact disk in an
EOS system, since there is always only a single disk (disk 0) in a single magazine. The information
displayed in the Component line depends on the type of components causing the alert.
Getting Recommended Actions
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1.
Follow the link to alert actions under Recommended Actions (see Figure 3 (page 8)).
Figure 3 Verify Drive Failure Alert
2.
3.
4.
5.
6.
At the HP Storage Systems Guided Troubleshooting web site, follow the link for your product.
At the bottom of the HP 3PAR product page, click the link for HP 3PAR Alert Messages.
At the bottom of the Alert Messages page, choose the correct message code series based on
the first four characters of the alert message code.
Choose the next digit in the code to narrow the message code series.
On the next page, select the message code that matches the one that appeared in the alert.
The next page shows the message type based on the message code selected and provides a
link to the suggested action.
7.
8.
Follow the link.
On the suggested actions page, scroll through the list to find the message state listed in the
alert message. The recommended action is listed next to the message state.
Powering Off/On the Storage System
The following describes how to power the storage system on and off.
WARNING! Do not power off the system unless a service procedure requires the system to be
powered off. Before you power off the system to perform maintenance procedures, first verify with
a system administrator.
Powering Off
Before you begin, use either SPMAINT or SPOCC to shut down and power off the system. For
information about SPOCC, see “Service Processor Onsite Customer Care ” (page 5).
NOTE: PDUs in any expansion cabinets connected to the storage system may need to be shut
off. Use the locatesys command to identify all connected cabinets before shutting down the
system. The command blinks all node and drive enclosure LEDs.
The system can be shutdown before powering off by any of the following three methods:
Using SPOCC
1.
2.
8
Select InServ Product Maintenance.
Select Halt an InServ cluster/node.
Servicing the Storage System
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3.
4.
5.
6.
Follow the prompts to shutdown a cluster. Do not shut down individual Nodes.
Turn off power to the node PCMs.
Turn off power to the drive enclosure PCMs.
Turn off all PDUs in the rack.
Using SPMAINT
1.
2.
3.
Select option 4 (InServ Product Maintenance).
Select Halt an InServ cluster/node.
Follow the prompts to shutdown a cluster. Do not shut down individual Nodes.
NOTE:
4.
5.
6.
The shutdown procedure must be repeated for each node in the system.
Turn off power to the node PCMs.
Turn off power to the drive enclosure PCMs.
Turn off all PDUs in the rack.
Using CLI Directly on the Controller Node if the SP is Inaccessible
1.
2.
Enter the CLI command shutdownsys – halt. Confirm all prompts.
Allow 2-3 minutes for the node to halt, then verify that the node Status LED is flashing green
and the node hotplug LED is blue, indicating that the node has been halted. For information
about LEDs status, see “Understanding LED Indicator Status” (page 26).
CAUTION: Failure to wait until all controller nodes are in a halted state could cause the
system to view the shutdown as uncontrolled and place the system in a checkld state upon
power up. This can seriously impact host access to data.
3.
4.
5.
Turn off power to the node PCMs.
Turn off power to the drive enclosure PCMs.
Turn off all PDUs in the rack.
Powering On
1.
2.
3.
Set the circuit breakers on the PDUs to the ON position.
Set the switches on the power strips to the ON position.
Power on the drive enclosure PCMs.
NOTE: To avoid any cabling errors, all drive enclosures must have at least one or more
hard drive(s) installed before powering on the enclosure.
4.
5.
Power on the node enclosure PCMs.
Verify the status of the LEDs, see “Understanding LED Indicator Status” (page 26).
Disengaging the PDU Pivot Brackets
To access the vertically mounted power distribution units (PDU) or servicing area, the PDUs can
be lowered out of the rack.
1. Remove the two top mounting screws.
2. Pull down on the PDU to lower.
NOTE:
If necessary, loosen the two bottom screws to easily pull down the PDU.
Disengaging the PDU Pivot Brackets
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3.
Ensure the PDUs are in a fully lowered position before accessing.
Figure 4 Disengaging the PDU Pivot Brackets
Replacing an Interconnect Link Cable
Before replacing an Interconnect Link cable, verify with the system administrator before powering
off the system.
1. Shutdown all the controller nodes in the system.
2. Turn off power to the controller node PCMs.
3. Turn off power to the drive enclosure PCMs.
4. Turn off power to all PDUs in the rack.
5. Replace the damaged cable. Verify the direction of the cable connectors matches with the
ports before connecting.
6. Set the circuit breakers on the PDUs to the ON position.
7. Set the switches on the power strips to the ON position.
8. Power on the drive enclosure PCMs.
9. Power on the node enclosure PCMs.
10. Verify the status of the LEDs, see “Understanding LED Indicator Status” (page 26).
Repairing a Disk Drive
Use the following instructions for replacing failed disk drives or solid-state drives (SSD).
WARNING! If the StoreServ is enabled with HP 3PAR Data Encryption feature, only use the
self-encrypting drives (SED). Using a non-self-encrypting drive may cause errors during the upgrade
process.
CAUTION:
10
•
If you require more than 10 minutes to replace a disk drive, install a blank disk drive to prevent
overheating while you are working.
•
To avoid damage to hardware and the loss of data, never remove a disk drive without
confirming that the disk fault LED is lit.
Servicing the Storage System
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NOTE: SSDs have a limited number of writes that can occur before reaching the SSD's write
endurance limit. This limit is generally high enough so wear out will not occur during the expected
service life of an HP 3PAR StoreServ under the great majority of configurations, IO patterns, and
workloads. HP 3PAR StoreServ tracks all writes to SSDs and can report the percent of the total
write endurance limit that has been used. This allows any SSD approaching the write endurance
limit to be proactively replaced before they are automatically spared out. An SSD has reached the
maximum usage limit once it exceeds its write endurance limit. Following the product warranty
period, SSDs that have exceeded the maximum usage limit will not be repaired or replaced under
HP support contracts.
Identifying a Disk Drive
1.
Under the Systems tree in the left panel of HP 3PAR Management Console, select the storage
system to be serviced. The Summary tab should be displayed indicating the failed drive (see
Figure 5 (page 11)).
Figure 5 Summary Tab
NOTE: The Physical Disks may indicate Degraded, which indicates that the disk drive is
not yet ready for replacement. It may take several hours for the data to be recreated; do not
proceed until the status is Failed.
2.
On the Summary tab, select the Failed link in the Physical Disk row next to the red X icon
(
).
CAUTION: If more than one disk drive is failed or degraded, contact your authorized service
provider to determine if the repair can be done in a safe manner, preventing down time or
data loss.
A filtered table displays, showing only failed or degraded disk drives (see Figure 6 (page
12)).
Repairing a Disk Drive
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Figure 6 Filtered Table
The Alert tab displays a filtered Alert table showing only the critical alerts associated with disk
drives, where the alert details are displayed (see Figure 7 (page 12)).
NOTE: The lower pane lists the alerts in a tabular fashion (you can see the highlighted alert
in Figure 7 (page 12)). Highlighted alerts display their details in the pane above the list.
Figure 7 Alert Details
3.
Double click the relevant alert to display the full alert.
Disk Drive (Magazine) Location
1.
2.
Execute steps 1 through 3 in the “Identifying a Disk Drive”.
Select the Cage link for the Failed drive (see Figure 8 (page 12)).
Figure 8 Cage Link for Failed Drive
3.
12
Select the Locate icon in the top toolbar of the Management Console.
Servicing the Storage System
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Figure 9 Tool Bar Locate Icon
4.
In the Locate Cage dialog box, enter an appropriate time to allow service personnel to view
the LED status of the Drive Enclosure (Cage). See Figure 10 (page 13).
NOTE:
If necessary, use the Stop Locate icon to halt LED flashing.
Figure 10 Locate Cage Dialog Box
An icon with a flashing LED will be shown next to the cage, which flashes all drives in this
cage except the failed drive.
Removing a 2.5 inch Disk
1.
2.
3.
4.
Pinch the handle latch to release the handle into open position.
Pull the handle away from the enclosure and wait 30 seconds.
Gently slide the disk drive out of the enclosure and set aside.
Remove the replacement disk drive from its packaging. To reinstall a new disk drive, see
“Installing a Disk Drive” (page 15).
Repairing a Disk Drive
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Figure 11 7200 and 7400 Two Node System (HP M6710 Drive Enclosure)
Removing a 3.5 inch Disk
To remove a 3.5 inch disk drive:
1. Pinch the latch in the handle towards the hinge to release the handle.
2. Gently pull the disk drive one inch and wait 30 seconds.
3. Slide the disk drive out of the enclosure and set aside.
4. To reinstall a new disk drive, see “Installing a Disk Drive” (page 15).
Figure 12 Removing a 3.5 inch disk drive
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Servicing the Storage System
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Installing a Disk Drive
CAUTION: Blank disk drive carriers are provided and must be used if all slots in the enclosure
are not filled with disk drives.
CAUTION:
To avoid potential damage to equipment and loss of data, handle disk drives carefully.
Each disk drive includes a green and amber LED on the front to indicate disk drive status.
NOTE:
type.
All drives in a vertical column of an LFF drive enclosure must be the same speed and
NOTE: Before beginning this procedure, review how to load the drives based on drive type,
speed, and capacity. For more information, see Guidelines for Installing Disk Drives in Disk
Enclosures in the HP 3PAR StoreServ 7000 Storage Installation Guide.
Installing a 2.5 inch disk drive (SFF)
1.
2.
3.
Press the handle latch to open the handle.
Insert the disk drive into the enclosure with the handle opened from the top in the vertical
position.
Slide the disk drive into the enclosure until it engages; push firmly until it clicks.
Figure 13 7200 and 7400 Two Node System (HP M6710 Drive Enclosure)
Installing a 3.5 inch disk drive (LFF)
1.
2.
3.
Press the handle latch to open the handle.
Position the disk drive so the handle opens from the left and slide it into the enclosure.
Push firmly until the handle fully engages and clicks.
Repairing a Disk Drive
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Figure 14 Installing a 3.5 inch disk drive
Verifying Disk Drives
1.
2.
Verify the disk drive has been successfully replaced.
Display the physical disks to monitor. Open the system in the Systems tab and select Physical
Disks.
NOTE:
Users can select the column header State to resort.
NOTE: Until data has been restored, the original disk drive will display as Failed and the
replacement disk drive will display as Degraded.
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Servicing the Storage System
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3.
The new drive displays in the same position as the failed drive and the State is listed as
Normal.
NOTE: The drive that was replaced continues to display in the table as Failed until the
disk rebuild is complete, which may take several hours. When the process is complete, the
failed drive is dismissed and dropped from the display.
Disk Drive Numbering
Figure 15 7200 and 7400 2-Node - displayed as DCN1 in software output
Figure 16 7400 4 Controller Node Displayed as DCN1 in Software Output
Repairing a Disk Drive
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Figure 17 M6710 (2U24) Displayed as DCS2 in Software Output
Figure 18 M6720 (4U24) Displayed as DCS1 in Software Output
Controller Node Replacement Procedure
When the failure notification is received customers should contact their Authorized Service Providers
(ASPs) for assistance with failure verification, identification of the exact component to be replaced,
and the location of the failed node, if replacement is required.
CAUTION: Customers should replace a controller node only on StoreServ 7200 Storage; other
internal components should be serviced by ASPs.
NOTE: Do not order a replacement node until the ASP has verified the failure, including a
procedure to reset the node.
CAUTION: Alloy gray-colored latches on components such as the node mean the component is
warm-swappable. HP recommends shutting down the node (with the enclosure power remaining
on) before removing this component. Contact your ASP for node diagnosis and shutdown.
CAUTION:
minutes.
NOTE:
To prevent overheating, node replacement requires a maximum service time of 30
Be sure to put on your electrostatic discharge wrist strap to avoid damaging any circuitry.
Preparation
When the replacement part has been received, complete the following steps before contacting
your ASP for assistance with preparation for replacement:
1. Unpack the replacement node and place it on an ESD safe mat.
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Servicing the Storage System
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2.
Remove the node cover:
a. Loosen the two thumbscrews that secure the node cover to the node.
b. Lift the node cover and remove.
3.
If a PCIe adapter exists in the failed node:
a. Unpack the replacement PCIe adapter and place it on a ESD safe mat.
b. Remove the PCIe adapter riser card from the replacement node by grasping the blue
touch point on the riser card and pulling the riser card up and away from the node.
c. Insert the replacement PCIe adapter onto the riser card.
d. Replace the PCIe adapter assembly by aligning the recesses on the adapter plate with
the pins on the node chassis. This should align the riser card with the slot on the node.
Snap the PCIe adapter assembly into the node.
4.
Replace the node cover:
a. While aligning the node rod with the cutout in the front, and the guide pins with the
cutouts in the side, lower the node cover into place.
b. Tighten the two thumbscrews to secure the node cover to the node.
5.
Pull the gray node rod to the extracted position, out of the component.
Node Identification and Shutdown
Contact your ASP for assistance in completing this task.
Node Removal
1.
Allow 2-3 minutes for the node to halt, then verify the Node Status LED is flashing green and
the Node UID LED is blue, indicating that the node has been halted.
CAUTION: The system will not fail if the node is properly halted before removal but data
loss may occur if the replacement procedure is not followed correctly.
NOTE:
The Node Fault LED may be amber, depending on the nature of the node failure.
Figure 19 Verify Node LED Status
NOTE:
2.
3.
Nodes 1 and 3 are rotated with respect to nodes 0 and 2.
Ensure that all cables on the failed node are marked to facilitate reconnecting later.
At the rear of the rack, remove cables from the failed node.
Controller Node Replacement Procedure
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4.
5.
6.
7.
Pull the gray node rod to remove the node from the enclosure.
When the node is halfway out of the enclosure, use both hands to slide the node out completely.
Set the node on the ESD safe mat next to the replacement node for servicing.
Push in the failed node’s grey rod to ready it for packaging and provide differentiation from
the replacement node.
Node Installation
1.
Move both SFPs from the onboard FC ports on the failed node to the onboard FC ports on
the replacement node:
a. Lift the retaining clip and carefully slide the SFP out of the slot.
b. Carefully slide the SFP into the FC port on the replacement node until fully seated and
close the wire handle to secure it in place.
2.
If a PCIe adapter is installed in the failed node, move the SFPs from the PCIe adapter on the
failed node to the PCIe adapter on the replacement node:
a. Lift the retaining clip and carefully slide the SFP out of the slot.
b. Carefully slide the replacement SFP into the adapter on the replacement node until fully
seated. Close the wire handle to secure it in place.
3.
On the replacement node, ensure that the gray node rod is in the extracted position, pulled
out of the component.
With your hands grasping each side of the replacement node, gently slide it into the enclosure.
Ensure the node is aligned with the grooves in the slot.
4.
CAUTION:
5.
Ensure that the node is correctly oriented; alternate nodes are rotated 180°.
Keep sliding the node in until the it halts against the insertion mechanism.
CAUTION: Do not proceed until the replacement node has an Ethernet cable connected.
Without an Ethernet cable, node rescue cannot complete and the replacement node will not
be able to rejoin the cluster.
6.
7.
Reconnect the cables to the node.
Push the extended gray node rod into the node to ensure the node is correctly installed.
CAUTION: If the blue LED is flashing, it is an indication that the node is not properly seated.
Pull out the grey node rod and push it back in to ensure that the node is fully seated.
NOTE: Once inserted, the node should power up and go through the node rescue procedure
before joining the cluster. This may take up to 10 minutes.
8.
9.
Verify the node LED is blinking green in synchronization with other nodes, indicating that the
node has joined the cluster.
Follow the return instructions provided with the new component.
NOTE: If a PCIe adapter is installed in the failed node, leave it installed. Do not remove and
return it in the packaging for the replacement PCIe adapter.
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Servicing the Storage System
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Node Verification
1.
Verify the node is installed successfully:
a. Under the Systems tree in the left panel, double click the storage system just serviced.
b. In the lower, right of the Summary tab, in the Health section, check the State status is
Normal.
NOTE:
If the state is not normal contact your ASP for further assistance.
Figure 20 Verifying the Node Status
2.
Select Controller Nodes. The Status LED for the replaced node may indicate green and take
up to 3 minutes to change to green blinking (see Figure 21 (page 21)).
Figure 21 Replaced Node Status LED
SFP Repair
The SFP is located in the port on the controller node HBA/CNA and there are two to six SFPs per
node.
Before you begin, use either SPMAINT or the HP 3PAR Management Console to identify the failed
SFP.
SFP Identification
1.
2.
Under the Systems tree in the left panel, select the storage system to be serviced.
On the Summary tab, click the Port link to open the port's tab.
SFP Repair
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Typically the State is listed as Loss sync, the Mode as Initiator and the Connected
Device Type as Free.
3.
Verify that the SFP has been successfully replaced by refreshing the above pane.
State should now be listed as Ready, the Mode as Target and the Connected Device Type
as Host.
To perform maintenance using CLI, access SPMAINT:
1. In the 3PAR Service Processor Menu, select option 7 Interactive CLI for an InServ.
2. Issue the following commands:
•
showport to view the port State:
s750 cli%showport
N:S:P Mode
State
Node_WWN
Port_WWN/HW_Addr Type Protocol
Label Partner FailoverState
0:0:1 initiator
ready 50002ACFF70185A6 50002AC0010185A6 disk
SAS
0:0:2 initiator
ready 50002ACFF70185A6 50002AC0020185A6 disk
SAS
0:1:1
target
ready 2FF70002AC0185A6 20110002AC0185A6 host
FC
0:1:2
target
ready 2FF70002AC0185A6 20120002AC0185A6 host
FC
0:2:1
target loss_sync
- 2C27D75301F6
iscsi iSCSI
0:2:2
target loss_sync
- 2C27D75301F2
iscsi iSCSI
22
Servicing the Storage System
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0:3:1
peer
offline
- 0002AC8004DB
rcip
1:0:1 initiator
ready 50002ACFF70185A6 50002AC1010185A6 disk
1:0:2 initiator
ready 50002ACFF70185A6 50002AC1020185A6 disk
1:1:1
target
ready 2FF70002AC0185A6 21110002AC0185A6 host
1:1:2
target loss_sync 2FF70002AC0185A6 21120002AC0185A6 free
1:2:1 initiator loss_sync 2FF70002AC0185A6 21210002AC0185A6 free
1:2:2 initiator loss_sync 2FF70002AC0185A6 21220002AC0185A6 free
1:2:3 initiator loss_sync 2FF70002AC0185A6 21230002AC0185A6 free
1:2:4 initiator loss_sync 2FF70002AC0185A6 21240002AC0185A6 free
1:3:1
peer
offline
- 0002AC8004BD
rcip
-
•
IP RCIP0
SAS
SAS
FC
FC
FC
FC
FC
FC
IP RCIP1
showport -sfp to verify which SFP requires replacement:
cli%showport -sfp
N:S:P -State- -Manufacturer- MaxSpeed(Gbps) TXDisable TXFault RXLoss DDM
0:1:1 OK
HP-F
8.5
No
No
No
Yes
0:1:2 OK
HP-F
8.5
No
No
No
Yes
0:2:1 OK
AVAGO
10.3
No
No
Yes
Yes
0:2:2 OK
AVAGO
10.3
No
No
Yes
Yes
1:1:1 OK
HP-F
8.5
No
No
No
Yes
1:1:2 1:2:1 OK
HP-F
8.5
No
No
Yes
Yes
1:2:2 OK
HP-F
8.5
No
No
Yes
Yes
1:2:3 OK
HP-F
8.5
No
No
Yes
Yes
1:2:4 OK
HP-F
8.5
No
No
Yes
Yes
3.
4.
Replace the SFP. See “Replacing an SFP” (page 25).
Issue the following commands:
•
showport to verify that the ports are in good condition and the State is listed as ready:
cli%showport
N:S:P Mode
State Node_WWN
Port_WWN/HW_Addr Type Protocol Label
Partner FailoverState
0:0:1 initiator ready 50002ACFF70185A6 50002AC0010185A6 disk SAS
0:0:2 initiator ready 50002ACFF70185A6 50002AC0020185A6 disk SAS
0:1:1 target
ready 2FF70002AC0185A6 20110002AC0185A6 host FC
0:1:2 target
ready 2FF70002AC0185A6 20120002AC0185A6 host FC
0:2:1 target
loss_sync
2C27D75301F6
iscsi iSCSI
0:2:2 target
loss_sync
2C27D75301F2
iscsi iSCSI
0:3:1 peer
offline
0002AC8004DB
rcip IP
RCIP0 1:0:1 initiator ready 50002ACFF70185A6 50002AC1010185A6 disk SAS
1:0:2 initiator ready 50002ACFF70185A6 50002AC1020185A6 disk SAS
SFP Repair
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23
1:1:1 target
ready 2FF70002AC0185A6 21110002AC0185A6 host FC
1:1:2 target
ready 2FF70002AC0185A6 21120002AC0185A6 host FC
1:2:1 initiator loss_sync 2FF70002AC0185A6 21210002AC0185A6 free
1:2:2 initiator loss_sync 2FF70002AC0185A6 21220002AC0185A6 free
1:2:3 initiator loss_sync 2FF70002AC0185A6 21230002AC0185A6 free
1:2:4 initiator loss_sync 2FF70002AC0185A6 21240002AC0185A6 free
1:3:1 peer
offline
0002AC8004BD
rcip
RCIP1 -
•
FC
-
FC
-
FC
-
FC
-
IP
showport -sfp to verify that the replaced SFP is connected and the State is listed as
OK:
cli% showport -sfp
N:S:P -State- -Manufacturer- MaxSpeed(Gbps) TXDisable TXFault RXLoss DDM
0:1:1 OK
HP-F
8.5
No
No
No
Yes
0:1:2 OK
HP-F
8.5
No
No
No
Yes
0:2:1 OK
AVAGO
10.3
No
No
Yes
Yes
0:2:2 OK
AVAGO
10.3
No
No
Yes
Yes
1:1:1 OK
HP-F
8.5
No
No
No
Yes
1:1:2 OK
HP-F
8.5
No
No
No
Yes
1:2:1 OK
HP-F
8.5
No
No
Yes
Yes
1:2:2 OK
HP-F
8.5
No
No
Yes
Yes
1:2:3 OK
HP-F
8.5
No
No
Yes
Yes
1:2:4 OK
HP-F
8.5
No
No
Yes
Yes
Open the HP 3PAR Management Console
1. Under the Systems tree in the left panel, select the storage system to be serviced to connect.
2. On the Summary tab, click the Port link to open the port's tab.
3. Verify that State is listed as Loss Sync, the Mode is listed as Initiator, and the Connected
Device Type is listed as Free.
Figure 22 Port details
4.
24
Contact HP Support for further verification.
Servicing the Storage System
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5.
6.
Replace the SFP. See “Replacing an SFP” (page 25).
In the HP 3PAR Management Console, verify that the SFP is successfully replaced. The replaced
port State is listed as Ready, the Mode is listed as Target, and the Connected Device Type
is listed as Host.
Figure 23 Port details
Replacing an SFP
1.
2.
3.
4.
5.
After identifying the SFP that requires replacement, disconnect the cable and lift the retaining
clip to carefully slide the SFP out of the slot.
Remove the replacement SFP module from its protective packaging.
Carefully slide the replacement SFP into the adapter until fully seated, close the retaining clip
to secure it in place, and reconnect the cable.
Place the failed SFP into the packaging for return to HP.
Reconnect the cable to the SFP module and verify that the link status LED is solid green.
SFP Repair
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25
2 Understanding LED Indicator Status
Storage system components have LEDs to indicate status of the hardware and whether it is
functioning properly. These indicators help diagnose basic hardware problems. You can quickly
identify hardware problems by examining the LEDs on all components using the tables and
illustrations in this chapter.
Enclosure LEDs
Bezels LEDs
The bezels are located at the front of the system on each side of the drive enclosure and include
three LEDs.
Figure 24 Bezel LEDs
Table 1 Bezel LEDs
Callout LED
Appearance
Indicates
1
Green
On – System power is available.
Amber
On – System is running on battery power.
System Power
2
Module Fault
Amber
On – System hardware fault to I/O modules or PCMs within the enclosure.
At the rear of the enclosure, identify if the PCM or I/O module LED is also
Amber.
3
Disk Drive
Status
Amber
On – Specific disk drive LED identifies the affected disk. This LED applies to
disk drives only.
NOTE: Prior to running the installation scripts, the numeric display located under the Disk Drive
Status LED on the bezels may not display the proper numeric order in relation to their physical
locations. The correct sequence will be displayed after the installation script completes.
Disk Drive LEDs
The LEDs are located on the front of the disk drives:
26
Understanding LED Indicator Status
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Figure 25 Disk Drive LEDs
Table 2 Disk drive LEDs
LED
Appearance
Status
Indicates
1 - Fault
Amber
On
Disk failed and is ready to be replaced.
Flashing
The locatecage command has been
issued. Fault LEDs for failed disk drives do
not blink. The I/O module Fault LEDs at the
rear of the enclosure also blink.
On
Normal operation
Flashing
Activity
2 - Activity
Green
Storage System Component LEDs
The storage system includes the following components in the enclosure at the rear of the system.
Power Cooling Module LEDs
The PCM has four or six LEDs, depending on PCM, and all are located in the corner of the module.
Storage System Component LEDs
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27
Figure 26 PCM LEDs
The following table describes the LED states.
Table 3 PCM LED Descriptions
Icon
LED
AC input fail
PCM OK
Fan Fail
DC Output Fail
Battery Fail
28
Understanding LED Indicator Status
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Appearance
Indicates
On
No AC power or PCM fault
Flashing
Firmware download
On
AC present and PCM On / OK
Flashing
Standby mode
On
PCM fail or PCM fault
Flashing
Firmware download
On
No AC power or fault or out of tolerance
Flashing
Firmware download
On
Hard fault (not recoverable)
Flashing
Soft fault (recoverable)
Amber
Green
Amber
Amber
Amber
Table 3 PCM LED Descriptions (continued)
Icon
LED
Battery Good
Appearance
Indicates
On
Present and charged
Flashing
Charging or disarmed
Green
Drive PCM LEDs
The following figure shows the drive enclosure PCM LEDs.
Figure 27 Drive PCM LEDs
The next table describes the drive PCM LED states.
Table 4 Drive PCM LED Descriptions
Icon
LED
AC input fail
PCM OK
Fan Fail
Appearance
Indicates
On
No AC power or PCM fault
Flashing
FiPartner PCM Faulty/Off or Firmware
Download
On
AC Present and PCM On / OK
Flashing
Standby mode
On
PCM fail or PCM fault
Flashing
Firmware download
Amber
Green
Amber
Storage System Component LEDs
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29
Table 4 Drive PCM LED Descriptions (continued)
Icon
LED
DC Output Fail
Appearance
Indicates
On
No AC power or fault or out of tolerance
Flashing
Firmware download
Amber
I/O Modules LEDs
I/O modules are located on the back of the system. I/O modules have two mini-SAS universal
ports, which can be connected to HBAs or other ports and each port includes External Port Activity
LEDs, labeled 0–3. The I/O module also includes a Power and Fault LED.
Figure 28 M6710 I/O Module
Figure 29 M6720 I/O Module
Table 5 I/O module LEDs
Icon
30
Function
Appearance
State
Meaning
Power
Green
On
Power is on
Off
Power is off
Understanding LED Indicator Status
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Table 5 I/O module LEDs (continued)
Icon
Function
Appearance
State
Meaning
Fault
Amber
On
Fault
Off
Normal operation
Flashing
Locate command issued
Figure 30 External Port Activity LEDs
Function
Appearance
State
Meaning
External Port Activity; 4 LEDs for
Data Ports 0 through 3
Green
On
Ready, no activity
Off
Not ready or no power
Flashing
Activity
Controller Node and Internal Component LEDs
Controller node LEDs are shown in the following table.
Figure 31 Controller Node LEDs
NOTE:
Issue the locatenode command to flash the hotplug LED blue.
Controller Node and Internal Component LEDs
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31
Table 6 Controller Node LEDs
Status
Unit ID
Fault
Green
Blue
Amber
On
Not a Cluster member
Quick Flashing
Boot
Slow Flashing
Cluster member
On
OK to remove
Off
Not OK to remove
Flashing
Locate command issued
On
Fault
Off
No fault
Flashing
Node in cluster and there is a fault
Ethernet LEDs
The controller node has two built-in Ethernet ports and each includes two LEDs.
Figure 32 Ethernet LEDs
Table 7 Ethernet LEDs
Left LED
Right LED
Link Up Speed
Activity
Green
On
1 GbE Link
Amber
On
100 Mb Link
Off
No link established or 10 Mb Link
On
No link activity
Off
No link established
Flashing
Link activity
Green
Node FC and CNA Port LEDs
The controller node has two FC ports; each includes two LEDs. The arrow head-shaped LEDs point
to the port they are associated with.
NOTE:
32
Incorrectly configured interconnect cables illuminate amber port LEDs.
Understanding LED Indicator Status
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Figure 33 FC Port LEDs
Table 8 FC Port LEDs
All ports
No light
Off
Wake up failure (dead device) or power is not applied
FC-1
Amber
Off
Not connected
3 fast blinks
Connected at 4GB/s
4 fast blinks
Connected at 8GB/s
On
Normal/Connected – link up
Flashing
Link down or nor connected
FC-2
Green
Fibre Channel (FC) Adapter LEDs
Figure 34 FC Adapter LEDs
Table 9 FC Adapter LEDs
All ports
Port speed
Link status
No light
Amber
Off
Wake up failure (dead device) or power is not applied
Off
Not connected
3 fast blinks
Connected at 4GB/s
4 fast blinks
Connected at 4GB/s
On
Normal/Connected – link up
Flashing
Link down or not connected
Green
Controller Node and Internal Component LEDs
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33
Converged Network Adapter (CNA) LEDs
Figure 35 CNA LEDs
Table 10 CNA LEDs
Upper
Lower
Link
ACT (Activity)
Off
Link down
On
Link up
Off
No activity
On
Activity
Green
Green
Node FC and CNA Port Numbering
Port position is displayed as Node:Slot:Port (N:S:P) in the Management Console.
Figure 36 FC Ports
Table 11 FC Ports
Port
Slot:Port
FC-1
1:1
FC-2
1:2
Figure 37 FC Adapter Ports
34
Understanding LED Indicator Status
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Table 12 FC Adapter Ports
Port
Slot:Port
1
2:1
2
2:2
3
2:3
4
2:4
Figure 38 CNA Ports
Table 13 CNA Ports
Port
Slot:Port
1
2:1
2
2:2
SAS Port LEDs
The controller node has two SAS ports and each includes four LEDs, numbered 0–3:
Figure 39 SAS port LEDs
Controller Node and Internal Component LEDs
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35
Table 14 SAS port LEDs
Appearance
Indicates
Green
Off
No activity on port. This LED does not indicate a Ready state with a solid
On as the I/O Module External Port Activity LEDs do.
Flashing
Activity on port
Interconnect Port LEDs
The controller node has two interconnect ports and each includes two LEDs.
NOTE:
Incorrectly configured interconnect cables illuminate amber port LEDs.
Figure 40 7200 Interconnect Ports LEDs
Figure 41 7400 Interconnect Ports LEDs
Table 15 Interconnect port LEDs
7200
A 7200 does not use any external interconnect links. Interconnect port LEDs should always be off.
7400
Fault
Amber
On
Failed to establish link connection
Off
No error currently on link
Flashing
1. Interconnect cabling error
2. Controller node in wrong slot
3. Serial number mismatch between controller nodes
Status
Green
On
Link established
Off
Link not yet established
Verifying Service Processor LEDs
The HP 3PAR SP (Proliant DL320e) LEDs are located at the front and rear of the SP.
36
Understanding LED Indicator Status
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Figure 42 Front Panel LEDs
Table 16 Front panel LEDs
Item
LED
Appearance
Description
1
UID LED/button
Blue
Active
Flashing Blue
System is being managed remotely
Off
Deactivated
Green
System is on
Flashing Green
Waiting for power
Amber
System is on standby, power still on
Off
Power cord is not attached or power
supplied has failed
Green
System is on and system health is
normal
Flashing Amber
System health is degraded
Flashing Red
System health is critical
Off
System power is off
Green
Linked to network
Flashing Green
Network activity
Off
No network link
2
3
4
Power On/Standby button and
system power
Health
NIC status
Figure 43 Rear Panel LEDs
Verifying Service Processor LEDs
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37
Table 17 Rear panel LEDs
Item
LED
Appearance
Description
1
NIC link
Green
Link
Off
No link
Green or Flashing Green
Activity
Off
No activity
Blue
Active
Flashing Blue
System is being managed remotely
Off
Deactivated
Green
Normal
Off
Off = one or more of the following
conditions:
2
3
4
NIC status
UID LED/button
Power supply
• Power is unavailable
• Power supply has failed
• Power supply is in standby mode
• Power supply error
38
Understanding LED Indicator Status
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3 Support and Other Resources
Contacting HP
For worldwide technical support information, see the HP support website:
http://www.hp.com/support
Before contacting HP, collect the following information:
•
Product model names and numbers
•
Technical support registration number or Service Agreement ID (if applicable)
•
Product serial numbers
•
Error messages
•
Operating system type and revision level
•
Detailed questions
Specify the type of support you are requesting:
HP 3PAR storage system
Support request
HP 3PAR StoreServ 7200, 7400, and 7450 Storage
systems
StoreServ 7000 Storage
HP 3PAR StoreServ 10000 Storage systems
3PAR or 3PAR Storage
HP 3PAR T-Class storage systems
HP 3PAR F-Class storage systems
HP 3PAR documentation
For information about:
See:
Supported hardware and software platforms
The Single Point of Connectivity Knowledge for HP
Storage Products (SPOCK) website:
http://www.hp.com/storage/spock
Locating HP 3PAR documents
The HP 3PAR StoreServ Storage site:
http://www.hp.com/go/3par
To access HP 3PAR documents, click the Support link for
your product.
HP 3PAR storage system software
Storage concepts and terminology
HP 3PAR StoreServ Storage Concepts Guide
Using the HP 3PAR Management Console (GUI) to configure HP 3PAR Management Console User's Guide
and administer HP 3PAR storage systems
Using the HP 3PAR CLI to configure and administer storage
systems
HP 3PAR Command Line Interface Administrator’s
Manual
CLI commands
HP 3PAR Command Line Interface Reference
Analyzing system performance
HP 3PAR System Reporter Software User's Guide
Installing and maintaining the Host Explorer agent in order
to manage host configuration and connectivity information
HP 3PAR Host Explorer User’s Guide
Creating applications compliant with the Common Information HP 3PAR CIM API Programming Reference
Model (CIM) to manage HP 3PAR storage systems
Contacting HP
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39
For information about:
See:
Migrating data from one HP 3PAR storage system to another HP 3PAR-to-3PAR Storage Peer Motion Guide
40
Configuring the Secure Service Custodian server in order to
monitor and control HP 3PAR storage systems
HP 3PAR Secure Service Custodian Configuration Utility
Reference
Using the CLI to configure and manage HP 3PAR Remote
Copy
HP 3PAR Remote Copy Software User’s Guide
Updating HP 3PAR operating systems
HP 3PAR Upgrade Pre-Planning Guide
Identifying storage system components, troubleshooting
information, and detailed alert information
HP 3PAR F-Class, T-Class, and StoreServ 10000 Storage
Troubleshooting Guide
Installing, configuring, and maintaining the HP 3PAR Policy
Server
HP 3PAR Policy Server Installation and Setup Guide
Support and Other Resources
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HP 3PAR Policy Server Administration Guide
For information about:
See:
Planning for HP 3PAR storage system setup
Hardware specifications, installation considerations, power requirements, networking options, and cabling information
for HP 3PAR storage systems
HP 3PAR 7200, 7400, and 7450 storage systems
HP 3PAR StoreServ 7000 Storage Site Planning Manual
HP 3PAR StoreServ 7450 Storage Site Planning Manual
HP 3PAR 10000 storage systems
HP 3PAR StoreServ 10000 Storage Physical Planning
Manual
HP 3PAR StoreServ 10000 Storage Third-Party Rack
Physical Planning Manual
Installing and maintaining HP 3PAR 7200, 7400, and 7450 storage systems
Installing 7200, 7400, and 7450 storage systems and
initializing the Service Processor
HP 3PAR StoreServ 7000 Storage Installation Guide
HP 3PAR StoreServ 7450 Storage Installation Guide
HP 3PAR StoreServ 7000 Storage SmartStart Software
User’s Guide
Maintaining, servicing, and upgrading 7200, 7400, and
7450 storage systems
HP 3PAR StoreServ 7000 Storage Service Guide
Troubleshooting 7200, 7400, and 7450 storage systems
HP 3PAR StoreServ 7000 Storage Troubleshooting Guide
HP 3PAR StoreServ 7450 Storage Service Guide
HP 3PAR StoreServ 7450 Storage Troubleshooting Guide
Maintaining the Service Processor
HP 3PAR Service Processor Software User Guide
HP 3PAR Service Processor Onsite Customer Care
(SPOCC) User's Guide
HP 3PAR host application solutions
Backing up Oracle databases and using backups for disaster HP 3PAR Recovery Manager Software for Oracle User's
recovery
Guide
Backing up Exchange databases and using backups for
disaster recovery
HP 3PAR Recovery Manager Software for Microsoft
Exchange 2007 and 2010 User's Guide
Backing up SQL databases and using backups for disaster
recovery
HP 3PAR Recovery Manager Software for Microsoft SQL
Server User’s Guide
Backing up VMware databases and using backups for
disaster recovery
HP 3PAR Management Plug-in and Recovery Manager
Software for VMware vSphere User's Guide
Installing and using the HP 3PAR VSS (Volume Shadow Copy HP 3PAR VSS Provider Software for Microsoft Windows
Service) Provider software for Microsoft Windows
User's Guide
Best practices for setting up the Storage Replication Adapter HP 3PAR Storage Replication Adapter for VMware
for VMware vCenter
vCenter Site Recovery Manager Implementation Guide
Troubleshooting the Storage Replication Adapter for VMware HP 3PAR Storage Replication Adapter for VMware
vCenter Site Recovery Manager
vCenter Site Recovery Manager Troubleshooting Guide
Installing and using vSphere Storage APIs for Array
Integration (VAAI) plug-in software for VMware vSphere
HP 3PAR VAAI Plug-in Software for VMware vSphere
User's Guide
HP 3PAR documentation
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41
Typographic conventions
Table 18 Document conventions
Convention
Element
Bold text
• Keys that you press
• Text you typed into a GUI element, such as a text box
• GUI elements that you click or select, such as menu items, buttons,
and so on
Monospace text
• File and directory names
• System output
• Code
• Commands, their arguments, and argument values
<Monospace text in angle brackets> • Code variables
• Command variables
Bold monospace text
• Commands you enter into a command line interface
• System output emphasized for scannability
WARNING! Indicates that failure to follow directions could result in bodily harm or death, or in
irreversible damage to data or to the operating system.
CAUTION:
NOTE:
Indicates that failure to follow directions could result in damage to equipment or data.
Provides additional information.
Required
Indicates that a procedure must be followed as directed in order to achieve a functional and
supported implementation based on testing at HP.
HP 3PAR branding information
42
•
The server previously referred to as the "InServ" is now referred to as the "HP 3PAR StoreServ
Storage system."
•
The operating system previously referred to as the "InForm OS" is now referred to as the "HP
3PAR OS."
•
The user interface previously referred to as the "InForm Management Console (IMC)" is now
referred to as the "HP 3PAR Management Console."
•
All products previously referred to as “3PAR” products are now referred to as "HP 3PAR"
products.
Support and Other Resources
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4 Documentation feedback
HP is committed to providing documentation that meets your needs. To help us improve the
documentation, send any errors, suggestions, or comments to Documentation Feedback
(docsfeedback@hp.com). Include the document title and part number, version number, or the URL
when submitting your feedback.
43
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A Installing Storage Software Manually
WARNING! Use this procedure only if access to HP SmartStart CD or the Storage System and
Service Processor Setup wizards are not available.
This appendix describes how to manually set up and configure the storage system software and
SP. You must execute these scripted procedures from a laptop after powering on the storage system.
Connecting to the Laptop
You can connect the laptop directly to a controller node or SP using the connector cables. Once
you have established a serial or Ethernet connection, you can access the CLI or SPOCC to perform
maintenance procedures. For more information on servicing the storage system, see the HP 3PAR
StoreServ 7000 Storage Service Guide.
Connecting the Laptop to the Controller Node
Connect the RJ45 cable to the controller node MFG ports (known as the public interface) to the
laptop with a LAN connection.
For a two-node system, both nodes need to be connected to the public network. HP recommends
that each node of a four-node system have a public network connection. If only two connections
are used on a four-node system, each node pair should have a connection. Node pairs are 0–1
and 2–3.
Connecting the Laptop to the HP 3PAR Service Processor
See the HP 3PAR StoreServ 7000 Storage Installation Guide.
Serial Cable Connections
The gray adapter for the laptop (PN 180-0055) is used on the serial port for connection to the
controller node MFG port. You will need a USB-to-serial adapter on a modern laptop to have a
serial port.
The black adapter for the SP (PN 180-0059) connects the Ethernet port on the laptop to the
maintenance port on the controller node.
Maintenance PC Connector Pin-outs
Use at the laptop end of a standard Ethernet cable to connect to the maintenance port on the
controller node and in conjunction with the SP adapter (PN 180-0059-01) and a standard Ethernet
cable to connect the laptop to the SP serial port.
DB9 (Female) RJ45
44
•
Pin 2-Pin 2 (orange)
•
Pin 3-Pin 3 (black)
•
Pin 5-Pin 5 (green)
Installing Storage Software Manually
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Figure 44 Maintenance PC Connector Pin-outs
Service Processor Connector Pin-outs
Use at the SP end of a standard Ethernet cable and in conjunction with the laptop adapter (PN
180-0055-01) to allow serial connection to the SP.
DB9 (Female) RJ45
•
Pin 2-Pin 3 (orange)
•
Pin 3-Pin 2 (black)
•
Pin 5-Pin 5 (green)
Figure 45 Service Processor Connector Pin-outs
Manually Initializing the Storage System Software
Use the following procedures to manually set up the storage system and SP when access to the
wizards is not available.
NOTE: You must physically connect a laptop to the SP to complete these procedures. See the
section “Connecting a Laptop to the SP” in the HP 3PAR StoreServ 7000 Storage Installation Guide.
Manually Setting up the Storage System
The Out-of-the-Box (OOTB) script guides you through setting up and configuring the storage system
software:
1. Connect the PC to the controller node 0 through a serial cable and log in with user ID
console.
2. From the Console Menu, select option 1, Out of The Box Procedure.
3PAR Console Menu 1400293-1 3.1.2.xxx
1. Out Of The Box Procedure
2. Run ootb-stress-analyzer
3. Re-enter network configuration
4. Update the CBIOS
5. Enable or disable CLI error injections
6. Perform an IDE rescue
Manually Initializing the Storage System Software
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45
7. Set up the system to wipe and rerun ootb
8. Cancel a wipe
9. Perform a deinstallation
10. Update the system for recently added hardware (admithw)
11. Check system health (checkhealth)
12. Exit
> 1
WARNING! Proceeding with the system setup script causes complete and irrecoverable loss
of data. Do not perform this procedure on a system that has already undergone the system
setup. If you quit this setup script at any point, you must repeat the entire process
If the system is ready for the system setup script, the following message appears:
It appears your Cluster is in a proper manual startup state to proceed.
Cluster has the following nodes:
Node 0:
Node 1:
...
Is this correct?
3.
4.
Enter < C > to continue
or
< Q > to quit
==> c
Verify the number of controller nodes in the system, then type c and press Enter. If the system
is not ready for the system setup script, an error message appears. After following any
instructions and correcting any problems return to step 2 and attempt to run the setup script
again.
Set up the time zone for the operating site:
a. Select a location from the list, type the corresponding number <N>, and press Enter.
b. Select a country, enter the corresponding number <N>, and press ENTER.
c. Select a time zone region, type the corresponding number <N>, and press Enter
d. Verify the time zone settings are correct, type 1 and press Enter.
NOTE: The system automatically makes the time zone change permanent. Disregard
the instructions on the screen for appending the command to make the time zone change
permanent.
5.
Press Enter to accept the default time and date, or type the date and time in the format
<MMDDhhmmYYYY>, where MM, DD, hh, mm, and YYYY are the current month, day, hour,
minute, and year, respectively, and then press Enter.
Current date according to the system: <date_and_time>
Enter dates in MMDDhhmmYYYY format. For example, 031822572008 would be March 18,
2012 10:57 PM.
Enter the correct date and time, or just press enter to accept the date shown
above.=> <enter>
(...)
Is this the desired date? (y/n) y
6.
7.
46
To confirm the date setting, type y and press Enter.
Name the storage system using up to 31 alphanumeric characters. Type yes and press Enter
to confirm the name.
Installing Storage Software Manually
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NOTE: The system name can include only letters, numbers and the special characters “.-_”,
(dot, hyphen, underscore) and can be no more than 31 characters long. The first character
in the sequence must be a letter or number.
Enter the InServ system name ==> <systemname>
Cluster will be initialized with the name <systemname>
IS THIS THE CORRECT NAME?
yes/change
=> yes
Cluster is being initialized with the name <systemname> ...Please Wait...
8.
Verify the OS version is correct. Type c and press Enter to continue.
Patches: None
Component Name
Version
CLI system
3.1.2.xxx
CLI Client
3.1.2.xxx
System Manager
3.1.2.xxx
Kernel
3.1.2.xxx
TPD Kernel Code
3.1.2.xxx
Enter < C > to continue or < Q > to quit ==> c
9. Verify the number of drives in the storage system. Type c and press Enter to continue.
10. If there are any missing or nonstandard connections, an error message displays. Verify that
all nonstandard connections are correct or complete any missing connections, then type r
and press Enter to recheck the connections. If it is necessary to quit the setup procedure to
resolve an issue, type q and press Enter When all connections are correct, type c and press
Enter to continue.
11. The system prompts you to begin the system stress test script. Type y and press Enter. The
system stress test continues to run in the background as you complete the system setup.
At this point, it is recommended that the OOTB stress test be started. This will
run heavy I/O on the PDs for 1 hour following 1 hour of chunklet initialization.
The results of the stress test can be checked in approximately 2 hours and 15
minutes. Chunklet initialization will continue even after the stress test
completes. Select the "Run ootb-stress-analyzer" option from the console menu
to check the results.Do you want to start the test (y/n)? ==> y
12. When finished, type c and press Enter.
13. Create spare chunklets as directed.
CAUTION: HP recommends that at least four physical disks worth of chunklets be designated
as spares to support the servicemag command. The default sparing options create an
appropriate number of spare chunklets for the number of disks installed.
Select one of the following spare chunklet selection algorithms:
Custom allows specifying the exact number of chunklets, but is not recommended
as spares must be manually added when new disks are added.
Enter "Ma" for maximal, "D" for default, "Mi" for minimal, or "C" for custom: D
Selecting spare chunklets...
Manually Initializing the Storage System Software
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47
14. Verify the correct license is displayed and press Enter. If the license information is not correct,
type c and press Enter to continue with the system setup. After completing the system setup,
contact your local service provider for technical support to obtain the proper license keys.
15. Complete the network configuration:
a. When prompted, type the number of IP addresses used by the system (usually 1) and
press Enter.
b. Type the IP address and press Enter.
c. Type the netmask and press Enter. When prompted, press Enter again to accept the
previously entered netmask.
d. Type the gateway IP address and press Enter.
e. Specify the speed and duplex and press Enter.
Please specify speed (10, 100 or 1000) and duplex (half or full), or auto to
use autonegotation: auto
NOTE:
f.
g.
If an NTP system IP address is not provided, use the SP IP address.
Type the NTP system IP address and press Enter.
If you indicated more than one IP address, the setup script prompts you to choose which
nodes to use for each address. Note, <X Y Z> are nodes (for example: 2 3 for nodes
2 and 3).
Enter config for IP #0
IP Address: <IPaddress>
Netmask: <netmask>
Nodes Using IP address: <X Y Z>
h. Verify the IP address information is correct. Type y and press Enter.
16. The OOTB has completed when the following displays:
Out-Of-The-Box has completed.
Please continue with the SP moment of birth.
Exiting Out-Of-The-Box Experience...
Installing HP 3PAR OS Files
After completing the Service Processor Setup wizard process, HP 3PAR OS files must first be
installed onto the SP in order to communicate and add a storage system.
NOTE: If the StoreServ is previously setup before the SP, do not use the SP Setup Wizard.
Beginning with HP 3PAR Service Processor Software 4.1.0 MU2, the SP Setup Wizard expects
the StoreServ to be in a non-initialized state. As a result, use SPMOB (SP console) method to set
up the SP. The SPMOB allows you to ignore StoreServ verification failures during SP setup because
the SmartStart SP Setup Wizard prevents the bypassing of the verification operation.
To install the OS files:
1. Insert the HP 3PAR OS Release Distribution CD into the SP.
2. Log in to the SP as spvar (password prompted).
3. In the SPMAINT main menu, type:
48
•
1 for SP Control/Status
•
16 for Maintain SP Software
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•
1 for Update SP Software Revision
•
2 for CDROM to install the files.
NOTE:
4.
The installation process takes approximately five minutes.
When prompted to update the SP, verify that the software version is correct. Type y and press
Enter to continue with the update process.
Mounting CDROM...
Using spinstaller from /sp/sw/sp/2.5.1.GA-15/
tpdSPInFormOS3.1.2.226-3.1.2.226-12.i386.rpm
Do You wish to update the SP from /mnt/cdrom?
(y or n)
y
5.
When the installation process completes, the SPMAINT main menu reappears. To verify the
current software versions after installation, type 1 for SP Control/Status.
1
SP Main
3PAR Service Processor Menu
Transfer media: ethernet
Transfer status: Ok
Enter Control-C at any time to abort this process
1
2
3
4
5
6
7
==>
==>
==>
==>
==>
==>
==>
X
Exit
SP Control/Status
Network Configuration
InServ Configuration Management
InServ Product Maintenance
Local Notification Configuration
Site Authentication Key Manipulation
Interactive CLI for an InServ
1
6.
Type 1 for Display SP Version to verify installation is complete.
1.1
Display SP Version
SP Software Version
SP-4.1.0.GA-97
SP Base Image Version:
Red Hat Enterprise Linux Server release 6.1
(Santiago)
SP Version:
4.1.0.GA-97
SP Patches:
InFormOS release (3.1.2):
3.1.2.370
More detail is available in the latest SPLOR or spconfig data.
Press to continue
Continue to “Adding a Storage System to the Service Processor” (page 50).
Installing HP 3PAR OS Files
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49
Adding a Storage System to the Service Processor
After successfully completing the Service Processor Setup Wizard, you must add the storage system
to the configuration database of the SP. Adding the storage system permits the SP to communicate,
service, and monitor the health of the system.
NOTE: Beginning with HP 3PAR SP OS 4.1.0 MU2, only the StoreServ with a serial number
associated with the SP ID can be attached to the SP. For assistance with adding the StoreServ to
SP, contact HP Support.
To add the storage system to the SP:
1. Connect the maintenance PC to the SP.
2. In the SPMAINT, type 3 and press Enter to select InServ Configuration Management.
SPXXXXX
1
SP Main
3PAR Service Processor Menu
Transfer media: ethernet
Transfer status: No transfer yet
Enter Control-C at any time to abort this process
1
2
3
4
5
6
7
==>
==>
==>
==>
==>
==>
==>
X
Exit
SP Control/Status
Network Configuration
InServ Configuration Management
InServ Product Maintenance
Local Notification Configuration
Site Authentication Key Manipulation
Interactive CLI for an InServ
3
3.
Type 2 and press Enter to Add a new InServ.
SP - InServ Configuration Manipulation
Enter Control-C at any time to abort this process
1
2
3
4
==> Display InServ information
==> Add a new InServ
==> Modify an InServ config parameters
==> Remove an InServ
X
Return to the previous menu
2
4.
Enter the IP address of the InServ and press Enter.
SP - InServ Configuration Manipulation
Enter Control-C at any time to abort this process
Please enter the IP address of the InServ you wish to add
-OR Enter QUIT to abort:
<static.ip.address>
16:57:36 Reply='<static.ip.address>'
50
Installing Storage Software Manually
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Adding <static.ip.address> to firewall rules on interface eth0
5.
Enter a valid user credentials (CLI super-user name and password) to add the HP 3PAR InServ
and press Enter.
Please enter valid Customer Credentials (CLI super-user name and password) to add
the HP 3PAR InServ.
Username:<Valid Username>
Password:<Valid Password>
NOTE: If adding a storage system fails, exit from the process and check the SP software
version for compatibility. Update the SP with the proper InForm OS version before adding
additional systems.
6.
After successfully adding the system, press Enter to return to the SP menu.
...
validating communication with <static.ip.address>...
site key ok
interrogating <static.ip.address> for version number...
Version 3.1.x.GA-x reported on <static.ip.address>
retrieving system data for <static.ip.address> ...
HP 3PAR system name <InServ Name> found for <static.ip.address>
SYSID <InServ Name> found for <static.ip.address>
serial number <InServ serial #>found for <static.ip.address>
Writing configuration file for <static.ip.address>...
verifying / adding cli service ids...
Adding InServ to NTP configuration...
creating required file structures...
adding InServ to SP database...
Config complete for <static.ip.address>..
Starting 'spcollect' tasks for InServ <InServ Name>
Starting 'spevent' task for InServ <InServ Name>
InServ add complete
Press <enter/return> to continue
Exporting Test LUNs
As the final step in verifying the storage system installation, create two or three test LUNs and
confirm that the attached host or hosts can access them. After you have created the test LUNs and
verified that the host can access them, notify the system administrator that the storage system is
ready for use.
NOTE: Before you can export test LUNs, you must determine the host Fibre Channel connection
types and set the appropriate port personas for all target ports, or ports that connect to host
computers. See the HP 3PAR Implementation Guides where appropriate.
Defining Hosts
In order to define hosts and set port personas, you must access the CLI. For more information about
the commands used in this section, see the HP 3PAR OS Command Line Interface Reference.
To set the personas for ports connecting to host computers:
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1.
In the CLI, verify connection to a host before defining a host:
192.168.46.249 cli% showhost
2.
Define a new system host as follows:
192.168.46.249 cli% createhost -persona <hostpersonaval> <hostname> <WWN>...
where <hostpersonaval> is the host persona ID number, <hostname> is the name of the
test host, and <WWN> is the WWN of an HBA in the host machine. This HBA must be physically
connected to the storage system.
3.
After you have defined a system host for each physically connected WWN, verify host
configuration information for the storage system as follows:
192.168.46.249 cli% showhost
4.
Use the controlport command to set each target port as follows:
192.168.46.249 cli% controlport config <connmode> [-ct loop | point]
<node:slot:port>
where <connmode> is the name of the disk, host, or rcfc. The -ct subcommand sets the
connection type and is optional. Use loop for the disk; loop or point for the host; and
point for rcfc. The <node:slot:port> specifies the controller node, PCI slot, and PCI
adapter port to be controlled.
5.
When finished setting each connected target port, verify that all ports are set correctly.
192.168.46.249 cli% showport -par
Creating and Exporting Test Volumes
For more information about the commands used in this section, see the HP 3PAR OS Command
Line Interface Reference.
To create and export test volumes:
1. In the CLI, create a common provisioning group test to verify the system can create and export
virtual volumes.
192.168.46.249 cli% createcpg test_cpg
2.
Create a virtual volume.
192.168.46.249 cli% createvv <usr_CPG> test0 256
3.
Create a VLUN of the virtual volume for export to the host.
192.168.46.249 cli% createvlun test0 0 <hostname>
4.
52
Verify that the host can access the VLUN.
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5.
6.
Repeat steps 1 through 4 for each host.
From the SP, type exit to stop the CLI session, then type x and press Enter to return to the
SP main menu. Type x and press Enter again to exit. Type exit and press Enter to log off
the SP. Disconnect the cables between the SP and the maintenance PC.
Exporting Test LUNs
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B Node Rescue
Service Processor (Physical) Node Rescue
The SP node rescue should be used only in cases when the storage system includes a physical SP
and no nodes remain in the cluster or when all nodes are down.
NOTE: For SP node rescue, you can specify whether to use the public Ethernet port (MGMT) or
the private Ethernet port and a crossover cable.
To perform an SP node rescue:
1. Connect the crossover cable to the SP and to the MGMT port of the node that is being rescued.
2. Connect the network cable to the MGMT port on the SP and connect the free end of the cable
to the Ethernet port on the laptop.
3. Access SPMAINT and in the 3PAR Service Processor Menu, select the following:
4.
•
4 InServ Product Maintenance
•
11 Node Rescue
•
1 Configure Node Rescue, then select the desired system
•
3 Automatic Node Rescue, then enter the node number
Select y to confirm the correct node number. When communication from the SP to the node
is established, output similar to the following appears:
NOTE: This process takes approximately 15 minutes. When complete, the node reboots
and becomes part of the cluster. If the process takes longer than twenty minutes, problems
may exist and the node rescue process needs to be corrected.
root@1200163-0 Tue Apr 01 16:53:19:~# beginning rescue function...
.255.248 -s 10.255.155.54155.53 -m 255.255
Informing system manager to not autoreset node1
Resetting node 1
Attempting to contact node 1 via internal serial port
Waiting for node to respond (10 seconds elapsed)...
Waiting for node to respond (20 seconds elapsed)...
Waiting for node to respond (30 seconds elapsed)...
=Successfully started inter-node serial link communication
Starting Whack, setting values, and loading image:
Interacting with CBIOS on the node...
.
Booting from net...
TFTP "install" from 10.255.155.54................................complete
mknbi-1.2-7/first32.c (GPL)
Top of ramdisk is 0X1FFFF000
Ramdisk at 0X00800000, size 0X00500000
.
Kernel on remote node has been started.
Waiting for node to join cluster. This usually takes around 10 minutes, but may
take 20 minutes or longer.
Install kernel is running - please wait...
Waiting for node to join cluster (0 minutes and 15 seconds elapsed)
=Waiting for node to join cluster (0 minutes and 30 seconds elapsed)
.
Waiting for node to join cluster (13 minutes and 15 seconds elapsed)
=Node 1 has joined the cluster; node rescue successful.
.
Please wait...
Starting SP tasks.....
54
Node Rescue
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5.
6.
7.
After the node has booted, verify that the node status LED is blinking green in unison with the
other node LEDs, indicating that the node has joined the cluster, then press Enter to continue.
Select the following:
•
1 Deconfigure <name of cluster> Node Rescue
•
x to return to return to the main menu
•
7 Interactive CLI for an InServ, then select the desired system
Issue the following commands:
•
shownode to verify that all nodes have joined the cluster.
cli% shownode
Control Data
Cache
Node Name -State- Master InCluster --LED-- Mem(MB) Mem(MB) Available(%)
2 1201553-2 OK
No
Yes
GreenBlnk
4096 12288 100
3 1201553-3 OK
Yes
Yes
GreenBlnk
4096 12288 100
•
8.
checkhealth -svc -detail to verify that the system is healthy.
Click the SPMAINT menu button, then click Sign Out.
Service Processor (Physical) Node Rescue
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C Illustrated Parts Catalog
The following shows each component of the storage system for all replaceable hardware parts
including the part number, full description, quantity, and CSR type.
Drive Enclosure Components
Figure 46 HP M6710 Drive Enclosure (2U24)
Figure 47 HP M6720 Drive Enclosure (4U24)
56
Illustrated Parts Catalog
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Figure 48 2.5-inch SFF disk drive
Figure 49 3.5-inch LFF disk drive
Table 19 Drive Chassis FRUs
Material Number
Description
Qty Per Chassis
CSR Type
683232-001
SPS-Enclosure Midplane 2U24 Assy
1
Not
683233-001
SPS-Enclosure Midplane 4U24 Assy
1
Not
683234-001
SPS-Drive Carrier SFF SSD Assy
683235-001
SPS-Drive Carrier LFF HDD Assy
683236-001
SPS-Drive Carrier LFF SSD Assy
24–480
Mandatory
The following are CSR-A parts:
697387-001
SPS-Drive HD 300GB 6G SAS 15K
M6710 2.5in HDD
697388-001
SPS-Drive HD 450GB 6G SAS 10K
M6710 2.5in HDD
Mandatory
Drive Enclosure Components
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Table 19 Drive Chassis FRUs (continued)
Material Number
Description
Qty Per Chassis
727398-001
SPS-HDD SS7000 600GB 10K SFF 6G
SAS-S 2.5in.
Mandatory
697389-001
SPS-Drive HD 900GB 6G SAS 10K
M6710 2.5in HDD
Mandatory
727397-001
SPS-HDD SS7000 1TB 7.2K SFF 6G
SAS-S 2.5in.
Mandatory
727391-001
SPS-HDD SS7000 1TB 7.2K SFF ENCR
SAS-S 2.5in.
Mandatory
697390-001
SPS-Drive HD 2TB 6G SAS 7.2K NL
M6720 3.5in HDD
Mandatory
697391-001
SPS-Drive HD 3TB 6G SAS 7.2K NL
M6720 3.5in HDD
Mandatory
697392-001
SPS-Drive 200GB 6G SAS SLC M6710
2.5in SSD
Mandatory
703521–001
SPS-Drive HD 100GB 6G SAS 3.5in
HDD
Mandatory
703522–001
SPS-Drive 100GB 6G SAS 3.5in HDD
Mandatory
703523–001
SPS-Drive 200GB 6G SAS 3.5in HDD
Mandatory
743182-001
SPS-HDD SS7000 2TB 7.2K LFF SAS
Mandatory
743181-001
SPS-HDD SS7000 3TB 7.2K LFF SAS
Mandatory
743183-001
SPS-HDD SS7000 4TB 7.2K LFF SAS
Mandatory
Storage System Components
Figure 50 764 W Power Cooling Module without Battery
58
Illustrated Parts Catalog
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CSR Type
Figure 51 764 W Power Cooling Module Battery
Figure 52 580 W Power Cooling Module
Figure 53 I/O Module
Storage System Components
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59
Table 20 Storage System Components
Part Number
Description
Qty.
CSR Type
683239-001
SPS-PCM 764W Assy
up to 2
Not
727386-001
SPS-PCM 764W Assy, Gold
2
Not
683240-001
SPS-Battery PCM 764W Assy
up to 2
Not
683241-001
SPS-PCM 580W Assy
up to 2
Not
683251-001
SPS-Module I/O SASquatch
up to 4
Not
Controller Node and Internal Components
Figure 54 Controller Node
Figure 55 Node Disk
60
Illustrated Parts Catalog
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Figure 56 4-port Fibre Channel Adapter
Figure 57 2-port CNA Adapter
Figure 58 FC SFP Adapter
Controller Node and Internal Components
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Table 21 Controller Node and Components
Part Number
Description
Qty.
CSR Type
683245-001
SPS-Node Module 7200 NO HBA
2
Optional
683246-001
SPS-Node Module 7400 NO HBA
4
Not
683248-001
SPS-Node Boot Drive (Node drive)
1 per node
Not
683259-001
SPS-Adapter FC 4port
1
Not
683237-001
SPS-Adapter CNA 2port
1
Not
468508–002
SPS-Module FC SFP
Up to 4 per node
Not
Figure 59 Internal Node Components
Figure 60 Internal Node Components
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Table 22 Internal Node Components
Callout
Part Number
Description
Qty.
CSR Type
1
N/A
Node drive location
1
2
683807-001
SPS-Cable Node Drive SATA
1
Not
683250-001
SPS-Cable Boot Drive (Node
drive cable)
3
683247-001
SPS-PCIe Riser Assy
1
Not
4
N/A
N/A
N/A
N/A
5
N/A
N/A
N/A
N/A
6
683249-001
SPS-Battery Coin (TOD battery)
1
Not
7
683806-001
SPS-Memory DIMM 8GB DDR3
Control Cache 7200, 7400
1
Not
8, 9
683803-001
SPS-Memory DIMM 2GB DDR2
7200
2 (7200)
Not
8, 9
683804-001
SPS-Memory DIMM 4GB DDR2
7400
2 (7400)
Not
Service Processor
Figure 61 Service Processor DL320e
Table 23 Service Processor
Part Number
Description
Qty
725287-001
HP 3PAR Service Processor DL320e
1
Miscellaneous Cables and Parts
Table 24 Storage System Cables
Part Number
Description
683808-001
SPS-Cable Node Link PCIe
7400
683809-001
SPS-Cable Console Node
683810-001
SPS-Cable Console Drive
Chassis
683252-001
SPS-Power Cord PCM
Qty.
CSR Type
Not
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63
Table 24 Storage System Cables (continued)
Part Number
Description
Qty.
CSR Type
656427-001
SPS-CA 1m PREMIER FLEX
FC OM4
Mandatory
656428-001
SPS-CA 2m PREMIER FLEX
FC OM4
Mandatory
656429-001
SPS-CA 5m PREMIER FLEX
FC OM4
Mandatory
656430-001
SPS-CA 15m PREMIER FLEX
FC OM4
Mandatory
656431-001
SPS-CA 30m PREMIER FLEX
FC OM4
Mandatory
656432-001
SPS-CA 50m PREMIER FLEX
FC OM4
Mandatory
649991-001
SPS-Cable FC LC-LC OM3
10 M
Not
649992-001
SPS-Cable FC LC-LC OM3
25 M
Not
649993-001
SPS-Cable FC LC-LC OM3
50 M
Not
649994-001
SPS-Cable FC LC-LC OM3
100 M
Not
659061-001
SPS-Cable FC LC-LC OM3 6
M
Not
408765-001
PS-CA,EXT MINI SAS, 0.5M
408767-001
SPS-CA,EXT MINI SAS, 2M
Mandatory
408769-001
SPS-CA,EXT MINI SAS, 6M
Mandatory
456096–001
SPSSFP+, 10G BLc, SR
Optional
Table 25 Miscellaneous Parts
Part Number
Description
Qty.
CSR Type
683253-001
SPS-Rail Kit 2U24
Fasteners
Optional
683254-001
SPS-Rail Kit 4U24
Fasteners
Optional
683812-001
SPS-Panel 2U Filler
The following are CSR-A parts:
64
683255-001
SPS-Bezel M6710 drive
shelf, right
Mandatory
683256-001
SPS-Bezel M6720 drive
shelf, left
Mandatory
683257-001
SPS-Bezel 7200, right
Mandatory
683258-001
SPS-Bezel 7400, left
Mandatory
690777–001
SPS-Bezel M6720 drive
shelf, right
Mandatory
Illustrated Parts Catalog
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Table 25 Miscellaneous Parts (continued)
Part Number
Description
Qty.
CSR Type
690778–001
SPS-Bezel M6710 drive
shelf, left
Mandatory
683807–001
SPS-Drive blank SFF
Mandatory
697273–001
SPS-Drive blank LFF
Mandatory
Table 26 Service Processor Parts
Part Number
Description
Qty.
CSR Type
683811-001
SPS-Processor 1U Mounting
Kit
675040-001
SPS-Service Processor 1U
Mounting Kit
Mandatory
647980-001
SPS-CABLE ADAPTER
SERVICE PROCESSOR
Not
707989–001
SPS-Service Processor
DL360e
Not
5183–2687
Ethernet Cable 25 ft CAT5
M/M
5183–5691
Ethernet Cable 50 ft. CAT5
RJ45 M/M
C7542A
HP Ethernet 15.2m (50 ft)
CAT5e RJ45 M/M Cable
Mandatory
Miscellaneous Cables and Parts
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65
D Uninstalling the Storage System
Use these procedures when removing systems from an operating site and relocating to an alternate
site.
Before uninstalling a storage system:
•
Obtain drive enclosure shipping containers, one per enclosure.
•
Verify with a System Administrator that the system is prepared for shutdown.
•
Complete the storage system inventory after uninstalling the system.
Storage System Inventory
To complete the storage system inventory, record the following information for each system to be
uninstalled:
•
Site information and system serial numbers
•
Software currently being used on the system
•
In the CLI, issue the following commands:
◦
To show inventory - showinventory
◦
Software version - showversion –b –a
◦
Drive cage firmware version - showcage
◦
Disk drive firmware version - showpd –i
◦
CBIOS version - shownode -verbose
◦
Amount of data and control cache in the controller nodes - shownode
◦
Number and type of Fibre Channel adapters in each node - showport -i
◦
Number of drive magazines - showcage –d
◦
Number and sizes of drives in disk drives - showpd
•
Storage system hardware configuration
•
Number of enclosures and nodes
•
Physical condition of system hardware and cabinet (note presence of scratches, dents, missing
screws, broken bezels, damaged ports, and other visible anomalies)
•
Destination address or addresses and list of the equipment going to each address
Removing Storage System Components from an Existing or Third Party
Rack
See the appropriate component removal procedures in “Servicing the Storage System” (page 5).
66
Uninstalling the Storage System
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