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Powering on the system

After you install all hardware components, you must power on the system and check its status. Each control enclosure has two power

supply units (PSUs). To provide redundancy in a power failure, connect the power cords to separate power circuits.

Attention: 

 Do not power on the system with any open bays or drive slots. Open bays or drive slots disrupt the internal air flow,

causing the drives to receive insufficient cooling.
• Every unused drive bay must be occupied by a filler panel.
• Filler panels must be installed in all empty host interface adapter slots.

1.

Ensure that the circuit breakers or switches of the power sources are turned on.

2.

Use the supplied power cords to connect both PSUs of the control enclosure and each expansion enclosure to their power sources.

3.

Check the status LED indicators on the back of each node in the control enclosure and on each expansion enclosure.
The enclosure is ready with no critical errors when the 

Fault

 LED is off, the 

Power

 LED is on, and the 

Status

 LED is blinking (for the

control enclosure) or solid (for expansion enclosures).

Setting up the system or adding the control enclosure to an existing system

The system can contain 1-4 control enclosures. If you are adding this control enclosure to an existing system, go to 

Adding the control

enclosure to an existing system

 on page 10. Otherwise, continue to 

Setting up the system

 on page 9.

Setting up the system

Each node canister in the control enclosure has a 1 Gbps Ethernet technician port. Before you initiate a new system, you must connect an

Ethernet cable to the technician port on the control enclosure.

1.

Locate the technician ports on the control enclosure. Because node canister 1 is inverted, the plug of the Ethernet cable also needs to be

inverted to connect to the technician port.

2.

Connect an Ethernet cable to a technician port. The cable must be long enough to connect easily to a notebook computer.

3.

Open a new web browser page. The web browser might display a warning about a potential security risk. It is safe to accept the risk and

continue.

4.

If the node canisters communicate with each other using RDMA over Ethernet, browse to address 

http://service

 or press the

wrench icon on the initialization page to access the Service Assistant Tool. The initial superuser password is 

passw0rd

. Use the Change

node IP tab of the Service Assistant to configure the node IP settings for the node. Repeat this step for each node canister in the system.

See 

Network cable worksheet

 on page 11 for more information.

Summary of Contents for 2076-824

Page 1: ...you start the installation process ensure that the following items are available Philips screw driver Box knife Flat blade screw driver optional Three Ethernet cables The control enclosure and the fol...

Page 2: ...carefully cut along the lower fold line of the sides and remove them 7 Carefully cut the raised section of the foam packing away from the rear of the enclosure 8 Carefully cut open the bag that cover...

Page 3: ...the inside 2 of the rack cabinet 3 Close the front hinge bracket 3 to secure the rail to the rack cabinet flange 4 Extend the length of the side rail as needed 5 Close the hinge at the rear of the rai...

Page 4: ...continuing to power the enclosure if the other fails About this task You must follow recommended procedures for handling electrostatic discharge ESD sensitive devices No tools are required to complet...

Page 5: ...6 on page 5 shows an example 2 Pull the left and right levers by the blue ends so that they both unlatch and swing outwards as shown 3 Use the release levels to slowly pull the node canister and part...

Page 6: ...y for more than 10 minutes during servicing IBM FlashCore Modules are not interchangeable with the flash modules that are used in IBM FlashSystem 900 storage enclosures Procedure 1 To remove the drive...

Page 7: ...rst expansion enclosure 2 To add a second expansion enclosure chain to the control enclosure complete the following steps a Connect SAS port 3 of the top node canister in the control enclosure to SAS...

Page 8: ...guration node fails Connecting other networking cables Each control enclosure has three PCI slots that support the following types of optional networking adapters The Ethernet and FC networking adapte...

Page 9: ...em The system can contain 1 4 control enclosures If you are adding this control enclosure to an existing system go to Adding the control enclosure to an existing system on page 10 Otherwise continue t...

Page 10: ...pplication outside of the system If the two control enclosures lose communication with each other the quorum disk prevents both I O groups from going offline Installation worksheets Worksheets can hel...

Page 11: ...is bound to Ethernet port 2 Both IPv4 and IPv6 addresses can be used Specify the type of installation and the serial number S N of the control enclosure If you are installing a new system installatio...

Page 12: ...able to record the connections to the onboard Ethernet ports of each node canister in the control enclosure Control Enclosure S N Node Canister 1 Ethernet Port 4 Ethernet Port 3 Ethernet Port 2 Ethern...

Page 13: ...2 Port 5 Port 6 Port 7 Port 8 Port 9 Port 10 Switch Port Speed 25 or 10 Gbps Cable type Node IP Subnet mask Gateway VLAN ID Table 6 Ethernet adapter port connection worksheet Fibre Channel connection...

Page 14: ...tion number at the end of each caution notice or each danger notice In the following examples the numbers C001 and D002 are the identi cation numbers CAUTION A caution notice indicates the presence of...

Page 15: ...ons and to initiate menu actions that can also be done through mouse actions You can go to the system online documentation from the keyboard by using the keyboard shortcuts for your browser or screen...

Page 16: ...y IBM under terms of the IBM Customer Agreement IBM International Program License Agreement or any equivalent agreement between us The performance data discussed herein is presented as derived under s...

Page 17: ...elevision broadcasts Warning This equipment is compliant with Class A of CISPR 32 In a residential environment this equipment may cause radio interference Germany Notice Deutschsprachiger EU Hinweis H...

Page 18: ...er t erf llt die Schutzanforderungen nach EN 55024 und EN 55032 Klasse A Japan Electronics and Information Technology Industries Association JEITA Notice This statement applies to products less than o...

Page 19: ...erference in which case the user will be required to correct the interference at his own expense Properly shielded and grounded cables and connectors must be used in order to meet FCC emission limits...

Page 20: ...all subsequent modi cations until otherwise indicated in new editions Copyright International Business Machines Corporation 2020 US Government Users Restricted Rights Use duplication or disclosure res...

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