NetApp FAS2050 Manual

FAS2050 System Installation and Setup
Copyright © 2009 NetApp, Inc. All rights reserved.
Unpack and verify contents
Before you begin
1 2
If you have not already done so, gather the required information and confirm your site
requirements, as described in the Site Requirements Guide at http://now.netapp.com/.
Your system comes with an accessory kit that includes the following components:
- This installation poster - Power cables
- Software license flyer - DB-9 to RJ-45 console adapters
- System Manager CD-ROM - Rail kit (for two-post and four-post racks)
- Grounding kit
Install in rack
3Caution: Only use the NetApp®rail kit to install your system. Using a different rail kit can cause injury to you or damage to your system.
Four-post rack
Cable the system
4
Connect power
Connect the installed PCI card, as needed.
5
Cable controllers
RJ-45 to DB-9 adapter to console port (required)
1
e0be0a0a 0b
8
Fibre
Channel
Ethernet
Console
Remote
Management
Port
Port labels
Network cables to e0a and e0b ports
3
e0be0a0a 0b
8
Console cable to adapter
2
e0be0a0a 0b
8
Boot the system and proceed with setup
5
- Turn on the power to your system. It takes the LEDs on your system power supplies a few seconds to illuminate.
- Windows® environments with DHCP: Install System Manager from the CD-ROM and run it on a Windows client system to discover, configure, and manage your system. Connect your
Windows client system through the management LAN.
- All other configurations: Use the console interface and proceed through the setup questions. See the Data ONTAP Software Setup Guide at http://now.netapp.com/.
Cable disk shelves
These are a few common configurations. For additional options, see Supported Configurations for
FAS2000-series Systems at http://now.netapp.com.
or
Active/Active NAS or ISCSI:
1 Fibre Channel Disk Shelf Stack (Multipath)
Active/Active SAN: 4 FCP
Connections 1 Fibre Channel Disk Shelf Stack (Multipath)
U
SPU
S
P
DS14
IN
OUT
IN OUT
USPUSP
DS14
IN
OUT
IN OUT
USPUSP
FAS2050
a0ea0
1b 1a
e0b0b
1b 1a
CM-B
b0ea0ea0 0b
10101
10101
1Controller to shelf
USPUSP
DS14
INOUT
IN OUT
USP
U
SP
DS14
IN
OUT
IN OUT
U
S
P
U
S
P
FAS2050
a0ea0
1b 1a
e0b0b
1b 1a
CM-B
b0e
a
0ea
00b
10101
10101
3Shelf to controller
US
PU
SP
DS14
INOUT
IN OUT
USPUS
P
DS14
INOUT
IN OUT
USPUSP
FAS2050
a0ea
0
1b 1a
e0b0b
1b 1a
CM-B
b0
e
a
0ea
00b
10101
10101
2Shelf to shelf
USPUSP
DS14
INOUT
IN OUT
U
S
P
U
SP
DS14
IN
OUT
IN OUT
USPUSP
FAS2050
a
0
e
a0
1b 1a
e0b
0b
1b 1a
CM-B
b0
e
a
0
ea
00b
10101
10101
1Controller to switches
U
S
P
USP
DS14
IN
OUT
IN OUT
U
SP
U
S
P
DS14
INOUT
IN OUT
U
S
P
U
S
P
FAS2050
a0
e
a0
1b 1a
e0b
0b
1b 1a
CM-B
b0ea
0
ea0 0b
10101
10101
3Shelf to controller
U
S
P
U
SP
DS14
INOUT
IN OUT
US
PUS
P
DS14
INOUT
IN OUT
U
S
P
U
S
P
FAS2050
a
0e
a
0
1b 1a
e0b
0b
1b 1a
CM-B
b
0
e
a
0ea0 0b
10101
10101
2Controller to shelves
Note: Refer to the rail kit installation flyer included with the rail kit for the two-post procedure.
210-03951+C0
Note: You do not need to
ground your system.
Network cable to Remote Management port
4
6e0be0a
8
0a 0b
8
1
1
(4x)
4U
3U
3U
FRONT SIDE
Clip nut (4x)
(2x)
(2x)
Front rail
Clip nut
tool
Note: The disk shelf IDs for the
disk shelves should be set in the
range 1 to 6. Leave the FAS2050
disk shelf ID at the preset value of 00.
1
0
Shelf ID
switch
Note: Remove handles after the
system is supported by the shelf.
Setting the Disk Shelf IDs
(2x)
Trim-17” x 22”

Releasing a disk drive cam handle
Attention:
For hot-swappable FRUs:
Always consult http://now.netapp.com for
current field-replaceable unit (FRU)
replacement procedures.
Adding external storage or using FCP:
You must order and use SFP modules on
your system, if you are connecting external
Fibre Channel storage devices or using FCP
with the system.
Attention:
For hot-swappable power supplies:
The system shuts down two minutes after
you remove a power supply.
Appliance rear Appliance front
Hardware Overview of the FAS2050 System
PCI slot
2 power
supplies
Controller
module
Use assistance
when moving or
lifting the equipment.
LIFTING HAZARD
CAUTION
2 Fibre Channel ports
Console port
2 network ports
Drive 0
Drive 19
Disk drive,
power, and
fault LEDs
x4 Filler panel
Opening the system
1. Properly ground yourself.
2. Loosen the thumbscrew on the controller module
cam handle.
3. Remove any cabling from the controller module. Make
sure that you keep track of where the cables were
connected to the controller module.
4. Pull the controller module cam handle downward and
slide the controller module out of the system. Make sure
that you support the bottom of the controller module with
your free hand.
5. Remove the controller module cover by completing the
following substeps, using the illustration for reference:
a. Loosen the thumbscrew on the back of the
controller module.
b. Gently press the heel of your hand on the indentation
in the controller module cover closest to the cam
handle, then slide the cover toward the back of the
module.
c. Lift the cover straight up off the controller module.
Power supply
Disk drive
Controller module
Cam handle
Second
controller
module (for
active/active
configurations
only)
RM (Remote Management) port
Closing the system
1. Align the controller module cover with the notches on the
sides of the controller module, then slide the cover down
and forward to seat it.
2. Align the end of the controller module with the opening in
the chassis.
3. Gently push the controller module halfway into the
chassis and recable the controller module, then push the
controller module all the way into the chassis.
Result: For systems in an active/active configuration, the
node reboots as soon as you seat the controller module
completely into the chassis.
4. Firmly push up the cam handle to finish seating the
controller module in the system, and then push the cam
handle to the closed position and tighten the
thumbscrew on the cam handle.
5. Complete the boot process.
IF your system has a single controller module, plug in
the power supply and turn on the power.
IF your system is in an active/active configuration, wait a
few seconds for the node to boot, then enter the
following command from the partner console:
cf giveback
System LEDs
Power
Fault
Controller
A Activity
Controller
B Activity
Attention: Disk drives are fragile. Do not handle them
except when replacing failed disk drives or moving them
to a new chassis.
DIMMs
PCI access
panel
Thumbscrew
Battery
Controller module
cover
Battery
cover
Indentation
Thumbscrew
PCI card
CompactFlash® card
Locking
Nut
Shutting down a controller module
Shut down the target controller module (called a “node” in an
active/active configuration) by completing the applicable
procedure:
If you have an active/active configuration:
1. Check the status of the target node by entering the following
command at the system console of either node:
cf status
2. Take one of the following actions, depending on the result of
the cf status command:
IF clustering is enabled and neither node is in takeover
mode, go to step 3.
IF clustering is enabled and the partner node took over the
target node, go to “Opening the System.”
IF clustering is enabled and the target node took over the
partner node, correct the problem, run the cf giveback
command from the target node console, and go back to
step 1.
3. Take over the target node by entering the following
command from the partner node’s console:
partner> cf takeover
4. Go to “Opening the System” when the takeover
is complete.
If you have a single-controller configuration:
1. Enter the following command from the system console:
halt
2. Turn off the power supplies and unplug both power cords
from the power source.
3. Check the nonvolatile memory (NVMEM) LED.
IF the LED is not flashing, go to “Opening the System.”
IF the LED is flashing, there is content in the NVMEM that
has not been saved to disk. Reconnect the power supplies to
the power source, reboot the controller module, and repeat
Steps 1 through 3. If repeated attempts to cleanly shut down
the controller module fail, be aware that you might lose any
data that was not saved to disk. Go to “Opening the
System.”
0 to 20
disk drives
Trim-17” x 22”