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FXT 5000 Series Installation Guide Avere Systems, Inc. Apr 05, 2018 www.averesystems.com Part number 0456-004-0171, rev E (electronic version) Part number 0456-004-0191, rev E (printed version)
....... 4 Installing an FXT 5000 Series Edge Filer Node in a Rack Precautions .
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9 EU Declaration of Conformity 10 Preparing a Node for Return to Avere Systems 11 Copyright and Trademark Information 11.1 Copyright Information ......... .
A notice indicates information considered important, but not related to personal harm or injury. 1.2 The FXT 5000 Series Platform The FXT 5000 Series platform describes a product line of servers, also called filers or nodes, that run the Avere OS software.
This document explains requirements and precautions for working with FXT 5000 Series hardware, and describes how to install and set up FXT 5000 Series nodes. This document explains how to install a node in an equipment rack, the type of network cables to use and how to install them, procedures for applying power and starting up or shutting down a node, and information about using the chassis’s LED indicators to monitor status and troubleshoot a node.
These dimensions apply to each of the FXT 5000 Series models. 2.1.1 FXT 5000 Series Modular Dimensions Modular Dimensions The FXT 5000 Series is designed to fit in a standard equipment rack and is one rack unit high. Height 1U (1.75 inches, 44.5 mm, nominal EIA standard) Width 19 inches (482.6 mm, nominal EIA standard)
2.2 Power and Thermal Specifications FXT 5000 Series nodes use variable speed fans, so power depends on temperature. Maximum fan speeds are unlikely to occur even at the highest specified ambient temperature (35° C/95° F). Power and thermal specifications are for a system using 1+1 redundant power supplies, both supplying power.
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FXT 5000 Series Installation Guide 2.2.4 FXT 5400 Power and Thermal Measurements FXT 5400 power at room temperature or at maximum fan speed FXT 5400 At 22° C (71.6° F) Inlet Temperature At Maximum Fan Speeds Voltage (V) Frequency (Hz) Current (A) 2.48...
FXT 5000 Series Installation Guide 2.3 FXT 5000 Series Front and Rear Illustrations These diagrams show the front and rear layouts of FXT 5000 Series nodes. Front views are shown without the optional bezel. 2.3.1 FXT 5850 Front Illustration 2.3.2 FXT 5600 Front Illustration 2.3.3 FXT 5400 Front Illustration...
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FXT 5000 Series Installation Guide 2.3.4 FXT 5200 Front Illustration 2.3.5 Rear View of the FXT 5000 Series Models The FXT 5200, FXT 5400, and FXT 5600 models have the same back layout. The FXT 5850 looks similar, but it has four 25GbE ports instead of the 10GbE ports on the other models.
FXT 5000 Series Installation Guide 2.4 Environmental Requirements Description Specification Operating Temperature 10° to 35° C (50° to 95° F), sea level Non-operating Temperature -40° to 60° C (-40° to 140° F) Operating Relative Humidity 8% to 90% (noncondensing) Non-operating Relative Humidity...
Anyone entering the restricted-access location, or installing or replacing modules in an FXT 5000 Series node, must be trained in the potential hazards associated with the FXT 5000 Series node, including but not limited to exposure to hazardous energy levels when the cover is removed, when modules have been removed, or when modules are being replaced.
If you notice condensation on any part of the item, Avere Systems recommends waiting a minimum of 24 hours for it to acclimate before installation and use.
FXT 5000 Series Installation Guide 3.2.3 AC Mains Disconnect • The AC power cords serve as AC mains disconnect for the FXT 5000 Series node and therefore must remain readily accessible during the lifetime of the installation. • The FXT 5000 Series node is provided with multiple power cords, and has a power-on/standby type power switch.
Observe the following precautions to prevent injury to yourself and damage to the FXT 5000 Series node. 3.4.1 Service Area Clearance To permit service personnel to perform maintenance procedures on the FXT 5000 Series node, a minimum of 24 inches of clearance must be provided in front of and behind the immediate area being serviced.
3.6 Thermal Considerations • FXT 5000 Series nodes use front-to-back cooling airflow. If the node is installed in a rack, the installer is responsible for ensuring that adequate airflow is available through the rack to effectively cool the node.
FXT 5000 Series Installation Guide • Operating the FXT 5000 Series node in a rack with open EIA U spaces can cause unintended airflow paths and associated temperature inconsistencies. To maintain proper airflow and temperatures, cover all open rack spaces with blank panels.
• Rail assemblies are different in the FXT 5000 Series, and different installation steps are required. • Inner rails on the FXT 5000 Series do not extend the full length of the node’s chassis. The back of the node must be supported when removing it from a rack. Read Removing an FXT 5000 Series Node from a Rack (page 17) to learn how to safely extract a node.
Read the detailed instructions below before beginning the process. 4.2.1 Tools No tools are required to install the FXT 5000 Series node in a standard rack. However, if your rack is not pre-marked with rack unit measurements, you might want the following tools for setting the rail height: •...
After assembling the slide rails, install them in the equipment rack: 1. Decide where to install the rails for your FXT 5000 Series node. If necessary, use a tape measure and marker to identify the same set of holes on each of the four corners.
FXT 5000 Series Installation Guide The FXT 5000 Series comes with locking rails that allow the node to be pulled forward, partially out of the rack, in preparation for removal. To slide the node out to its extended position: 1. Loosen the captive screws at the front of each rail.
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FXT 5000 Series Installation Guide To remove the front bezel: 1. If necessary, unlock the front bezel with the key provided in the accessory kit. 2. Press the latch tabs on the left side of the bezel to the right and gently pull the bezel, left to right, from the node.
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FXT 5000 Series Installation Guide Chapter 4. Installing an FXT 5000 Series Edge Filer Node in a Rack...
5.1 IP Address Requirements and Cluster Configuration Each node will require at least one IP address in order to participate in an Avere cluster. However, setting up and configuring IP addresses is done through the Avere Control Panel after the nodes have been installed. Refer to the...
5.2.1 Removing SFP+ or SFP28 Optical Modules Each of the 10GbE and 25GbE ports on all FXT 5000 Series nodes comes with an SFP+ or SFP28 optical module pre-installed. (10GbE ports come with SFP+ modules, and the 25GbE ports on the FXT 5850 come with SFP28 modules.)
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FXT 5000 Series Installation Guide 5.3.1 Network Cable Types - FXT 5850 Port (quantity) Cable and Connector Type Notes Connecting to a 25GbE network: 25GbE/10GbE Dual If using copper cable, remove the optical Rate (4) Use one of the following for each port:...
(page 25) • Copper Cables: – Guidelines for 25GbE Copper Cables (page 25) – Guidelines for 10GbE Copper Cables (page 26) – Guidelines for 1GbE Copper Cables (page 26) Chapter 5. Making Network Connections to the FXT 5000 Series Node...
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FXT 5000 Series Installation Guide 5.4.1 Guidelines for 25GbE Optical Cables This table shows the specifications and operating range for optical cables used with the FXT 5850 at the 25 Gigabit Ethernet data rate. Fiber Type Overfilled Launch Effective Modal...
5.4.4 Guidelines for 10GbE Copper Cables When using 10GbE copper twinaxial cables with FXT 5000 Series 10GbE ports (either the 10GbE ports in the FXT 5200/5400/5600 models or the dual rate 25GbE/10GbE ports in the FXT 5850), make sure that the cables meet these requirements: •...
For diagnostic purposes, Avere Global Services might instruct you to connect a terminal to a node’s serial port to access the console locally. To attach the console: 1. Locate the serial (COM1) port on the rear of the appropriate FXT 5000 Series node. (For a diagram of the ports, consult the rear view illustration (page 7) in Product Specifications and Requirements...
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FXT 5000 Series Installation Guide Chapter 5. Making Network Connections to the FXT 5000 Series Node...
CHAPTER POWER CONNECTIONS FOR THE FXT 5000 SERIES EDGE FILER This section describes the power connections required for an FXT 5000 Series Edge Filer node. Review the cautions and warnings in Precautions for Product Use (page 9) and verify that proper steps have been taken before connecting the FXT 5000 Series node to a power source.
FXT 5000 Series Installation Guide 6.3 Powering Off an FXT 5000 Series Edge Filer Node To avoid potential data corruption, always use the Avere Control Panel software to shut down an FXT 5000 Series filer. In an electrical emergency, disconnect all power from the node by removing all power cords or by operating the emergency power disconnect mechanism installed for the node.
CHAPTER SEVEN MONITORING THE FXT 5000 SERIES EDGE FILER This section explains how to monitor an FXT 5000 Series node and describes the meanings of the node’s status lights. 7.1 Monitoring System Health For general system monitoring, view the Avere Control Panel’s Dashboard tab, as described in the...
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Solid green The port is linked but there is no network activity SATA drive Not used - there are no SATA connected drives in the FXT 5000 Series activity LED Power LED Unlit Neither power supply is Check that at least one power supply has...
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FXT 5000 Series Installation Guide 7.2.3 Front Panel: Unit Identifier LED LED Name State Meaning Action (if applicable) Unit Identification (UID) Unlit Normal state (unit identification has not been activated) (within the UID button) Solid blue Local UID has been activated by...
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UID light switch Blinking blue Remote UID has been activated Deactivate remote UID from the IPMI web from the IPMI web interface interface to turn off the light Chapter 7. Monitoring the FXT 5000 Series Edge Filer...
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This table shows status information for the dual rate 25GbE/10GbE ports on the FXT 5850 and for the 10GbE ports on the other FXT 5000 Series models. Note that the link speed LED shows solid yellow for a low-speed connection and solid green for the maximum speed, but that the actual speed varies depending on the model.
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FXT 5000 Series Installation Guide Chapter 7. Monitoring the FXT 5000 Series Edge Filer...
CHAPTER EIGHT REGULATORY INFORMATION FOR FXT 5000 SERIES NODES This section provides regulatory information for Avere FXT 5000 Series Edge Filer nodes. 8.1 Electrical Safety Country/Locale Directive/Test Standard(s) Regulatory Marks ANSI/UL 60950-1, Second Edition, Issued 3/27/2007 cCSAus + Amd1 12/19/2011 + Amd2 10/14/2014 Canada CAN/CSA C22.2 No.
(Battery Directive) European Community 94/62/EC, Packaging and packaging waste (Packaging None required Directive) For further information on any of these directives and regulations, please contact Avere Systems at www.averesystems.com/about-us/contact-us Chapter 8. Regulatory Information for FXT 5000 Series Nodes...
In some circumstances – for example, at the end of an evaluation, or because of hardware failure – it can be neces- sary to return an FXT 5000 Series node to Avere Systems. To ship an FXT 5000 Series node safely, all of its power sources must be completely powered down.
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6. Disconnect all power and network connections from the node, and remove it from its rack. 7. Return the node to Avere Systems as directed by your Avere Systems representative. Chapter 10. Preparing a Node for Return to Avere Systems...
, and FlashMirror are registered trademarks or trademarks of Avere Systems, Inc. in the United States and/or other jurisdictions. For licensing information on the third-party software used by this Avere product, contact your Avere Systems representative. 11.3 Document Numbers Part number 0456-004-0171, rev E (electronic version)
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