Avere FXT 5000 Series User manual

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)

CONTENTS
1 Introduction 1
1.1 Cautions and Warnings .......................................... 1
1.2 The FXT 5000 Series Platform ...................................... 1
1.3 Avere Documentation .......................................... 2
2 Product Specifications and Requirements 3
2.1 Dimensions and Specifications ...................................... 3
2.2 Power and Thermal Specifications .................................... 4
2.3 FXT 5000 Series Front and Rear Illustrations .............................. 6
2.4 Environmental Requirements ...................................... 8
3 Precautions for Product Use 9
3.1 Unpacking and Handling FXT Series Equipment ............................ 9
3.2 Electrical Considerations ......................................... 10
3.3 Racked FXT Series Nodes ........................................ 11
3.4 General Precautions ........................................... 12
3.5 Laser Radiation .............................................. 13
3.6 Thermal Considerations ......................................... 13
3.7 Electrostatic Discharge (ESD) Precautions ............................... 14
4 Installing an FXT 5000 Series Edge Filer Node in a Rack 15
4.1 Precautions ................................................ 15
4.2 Rack Installation ............................................. 16
4.3 Removing an FXT 5000 Series Node from a Rack ........................... 17
4.4 Installing and Removing the Front Bezel ................................ 18
5 Making Network Connections to the FXT 5000 Series Node 21
5.1 IP Address Requirements and Cluster Configuration .......................... 21
5.2 Physical Connections ........................................... 21
5.3 Connecting Network Cables ....................................... 22
5.4 Cable Guidelines ............................................. 24
5.5 Network Connections to the IPMI Port ................................. 26
5.6 Connecting to the Serial Port (if necessary) ............................... 27
6 Power Connections for the FXT 5000 Series Edge Filer 29
6.1 Connecting Power Cables ........................................ 29
6.2 Powering On an FXT 5000 Series Node ................................. 29
6.3 Powering Off an FXT 5000 Series Edge Filer Node ........................... 30
7 Monitoring the FXT 5000 Series Edge Filer 31
7.1 Monitoring System Health ........................................ 31
7.2 Status LEDs ............................................... 31
8 Regulatory Information for FXT 5000 Series Nodes 37
8.1 Electrical Safety ............................................. 37
8.2 Electromagnetic Compatibility ...................................... 37
8.3 Environmental Compliance ....................................... 38
i

9 EU Declaration of Conformity 39
10 Preparing a Node for Return to Avere Systems 41
11 Copyright and Trademark Information 43
11.1 Copyright Information .......................................... 43
11.2 Trademark Information .......................................... 43
11.3 Document Numbers ........................................... 43
ii

CHAPTER
ONE
INTRODUCTION
The FXT 5000 Series Installation Guide is written for system administrators who need to install and administer
Avere FXT Edge Filer hardware nodes in an Avere cluster. It assumes that you have a basic knowledge of networked
storage, including planning for and installing networked data storage components in a data center.
1.1 Cautions and Warnings
The following highlights are used in this document:
1.1.1 Precaution Statements Used in this Document
This document uses the following highlights to draw attention to potentially hazardous or undesirable situations:
A warning indicates a potentially hazardous situation that, if not avoided, could result in death or serious injury.
A caution indicates a potentially hazardous situation that, if not avoided, could result in minor or moderate injury.
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.
Each model in the FXT 5000 Series contains and uses multiple types of storage media and high-speed Gigabit
Ethernet data ports (either 25GbE or 10GbE) to support high-bandwidth network traffic. FXT 5000 Series nodes
feature NVRAM to protect written data in the event of a power outage or other failure, and redundant power
supplies.
The table below shows the features for each server type.
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FXT 5000 Series Installation Guide
1.2.1 FXT 5000 Series Specifications
FXT 5200 FXT 5400 FXT 5600 FXT 5850
CPU Cores 16 16 16 16
NVRAM (GB) 4 4 4 4
DRAM (GB) 128 256 384 768
Network Ports 4 10GbE,
4 1GbE
4 10GbE,
4 1GbE
4 10GbE,
4 1GbE
4 dual-rate 25GbE/10GbE,
4 1GbE
SAS HDD
Capacity
7.2 TB – – –
SAS SSD
Capacity
– 4.8 TB 9.6 TB 19.2 TB
Multiple Avere FXT Edge Filer nodes are configured together to provide an Avere cluster.
Note that the FXT 5000 Series is physically different from the FXT 4000 Series and other older Avere products.
Read Differences from FXT 4000 Series and Earlier Models (page 15) in the rack installation section section to
familiarize yourself with the changes before starting to set up an FXT 5000 Series node.
1.3 Avere Documentation
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.
After following the guidelines in this document, refer to the FXT Cluster Creation Guide
(http://library.averesystems.com/#fxt_cluster) for the software configuration steps to create an Avere cluster
from the hardware nodes you’ve installed.
Here is a quick reference list of other documentation you might find useful in addition to this FXT 5000 Series
Installation Guide. Click the links to visit the http://library.averesystems.com website, where you can download PDF
documents or view online information.
•FXT Cluster Creation Guide (http://library.averesystems.com/#fxt_cluster) - How to create and do the initial
configuration for a production Avere cluster. The cluster creation guide covers the next step after installing and
cabling the hardware according to the instructions in this guide.
•Configuration Guide (http://library.averesystems.com/#operations) - How to configure and administer your
Avere cluster
•Avere Control Panel Dashboard Guide (http://library.averesystems.com/#operations) - How to monitor the
status of your cluster from the Avere Control Panel
•Release Notes (http://library.averesystems.com/#release_notes) - Information about periodic Avere OS
software updates
•FXT 5000 Series Field Service Guide (http://library.averesystems.com/#service) - A technician’s guide to
servicing replaceable parts in the FXT hardware
Additional documentation may be available online - visit http://library.averesystems.com for the most recent
publications.
2 Chapter 1. Introduction

CHAPTER
TWO
PRODUCT SPECIFICATIONS AND REQUIREMENTS
This section gives product specifications and describes requirements for installing and using FXT 5000 Series nodes.
2.1 Dimensions and Specifications
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)
2.1.2 FXT 5000 Series Actual Dimensions
Actual Dimensions
Height 1.7 inches (43 mm)
Width (rack ears) 19.1 inches (485 mm)
Width (main enclosure with slide rails attached) 17.6 inches (447 mm)
Depth (rack ears to main enclosure rear) 27.9 inches (709 mm)
Depth (rack ears to furthest rear protrusion) 28.2 inches (716 mm)
Depth (rack ears to furthest front protrusion, without bezel) 0.9 inches (23 mm)
Depth (rack ears to furthest front protrusion, with bezel) 2.5 inches (64 mm)
2.1.3 FXT 5000 Series Weight
Weight
Gross Weight (includes all packaging) 48 pounds (21.8 kg)
Net Weight (without packaging, including accessories) 39 pounds (17.7 kg)
Node Weight (without packaging, without accessories) 33 pounds (15.0 kg)
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FXT 5000 Series Installation Guide
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.
2.2.1 FXT Series Nameplate Ratings
Nameplate Ratings for FXT 5000 Series Models
100 - 240 V ac
60 - 50 Hz
9.5 - 4.5 A
2.2.2 FXT 5850 Power and Thermal Measurements
FXT 5850 power at room temperature or at maximum fan speed
FXT 5850 At 22° C (71.6° F) Inlet Temperature At Maximum Fan Speeds
Voltage (V) 100 120 208 230 240 100 120 208 230 240
Frequency (Hz) 60 60 60 50 50 60 60 60 50 50
Current (A) 2.89 2.39 1.41 1.29 1.24 3.57 2.94 1.73 1.57 1.51
Apparent Power (VA) 289 287 293 297 298 357 353 360 361 362
Power Factor 0.99 0.99 0.95 0.95 0.95 0.99 0.99 0.96 0.96 0.96
Real Power (W) 286 284 279 282 283 353 349 345 347 348
Thermal Dissipation
(BTU/Hr)
976 969 951 962 965 1206 1192 1179 1183 1187
2.2.3 FXT 5600 Power and Thermal Measurements
FXT 5600 power at room temperature or at maximum fan speed
FXT 5600 At 22° C (71.6° F) Inlet Temperature At Maximum Fan Speeds
Voltage (V) 100 120 208 230 240 100 120 208 230 240
Frequency (Hz) 60 60 60 50 50 60 60 60 50 50
Current (A) 2.56 2.12 1.30 1.17 1.12 3.29 2.73 1.63 1.46 1.41
Apparent Power (VA) 256 255 270 269 268 329 328 339 336 338
Power Factor 0.99 0.99 0.94 0.93 0.93 0.99 0.99 0.96 0.96 0.95
Real Power (W) 254 252 253 250 249 326 324 325 322 321
Thermal Dissipation
(BTU/Hr)
866 861 865 854 851 1111 1107 1111 1100 1097
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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) 100 120 208 230 240 100 120 208 230 240
Frequency (Hz) 60 60 60 50 50 60 60 60 50 50
Current (A) 2.48 2.06 1.22 1.11 1.06 3.21 2.67 1.56 1.40 1.35
Apparent Power (VA) 248 248 255 255 254 321 320 324 322 324
Power Factor 0.99 0.99 0.94 0.93 0.93 0.99 0.99 0.96 0.96 0.95
Real Power (W) 246 245 240 237 236 318 317 312 309 308
Thermal Dissipation
(BTU/Hr)
839 837 817 809 805 1084 1082 1063 1055 1050
2.2.5 FXT 5200 Power and Thermal Measurements
FXT 5200 power at room temperature or at maximum fan speed
FXT 5200 At 22° C (71.6° F) Inlet Temperature At Maximum Fan Speeds
Voltage (V) 100 120 208 230 240 100 120 208 230 240
Frequency (Hz) 60 60 60 50 50 60 60 60 50 50
Current (A) 2.52 2.09 1.24 1.15 1.10 3.21 2.70 1.59 1.43 1.37
Apparent Power (VA) 252 251 258 265 264 321 324 331 329 329
Power Factor 0.99 0.99 0.94 0.93 0.93 0.99 0.99 0.96 0.96 0.95
Real Power (W) 249 248 242 246 246 318 321 317 316 312
Thermal Dissipation
(BTU/Hr)
851 847 827 839 838 1084 1094 1083 1077 1066
2.2. Power and Thermal Specifications 5

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
6 Chapter 2. Product Specifications and Requirements

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. (The 25GbE ports are also compatible with
10GbE traffic.)
FXT 5850 Rear Illustration
The 25GbE data ports on the rear of the FXT 5850 are also compatible with 10GbE connections.
FXT 5200, FXT 5400, and FXT 5600 Rear Illustration
2.3. FXT 5000 Series Front and Rear Illustrations 7

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 5% to 95% (noncondensing)
Operating Elevation 0 to 2,000 m (0 to 6,562 ft.)
Ambient temperature is specified at sea level. For altitudes above sea
level, derate 1.0° C per 305 m, or 1.8° F per 1,000 ft., above sea level.
The maximum derated altitude is 2,000 m (6,562 ft.)
Non-operating Elevation 0 to 12,192 m (0 to 40,000 ft.)
8 Chapter 2. Product Specifications and Requirements

CHAPTER
THREE
PRECAUTIONS FOR PRODUCT USE
This section discusses considerations you must take before installing and using Avere FXT Edge Filer nodes.
3.1 Unpacking and Handling FXT Series Equipment
To prevent damage to the Avere FXT Edge Filer or components, carefully unpack and handle the FXT Series node
and related components.
Inspect the boxes the node or component was shipped in and note whether there is any damage. If the shipment
shows evidence of damage, file a damage claim with the carrier that delivered it.
3.1.1 No User-Serviceable Parts
There are no user-serviceable parts in an FXT 5000 Series node. All servicing of FXT 5000 Series
nodes must be performed by trained personnel. Refer to the FXT 5000 Series Field Service Guide
(http://library.averesystems.com/#service) for more information.
3.1.2 Restricted Access
The FXT 5000 Series nodes must be installed in a restricted-access location. A restricted-access location is defined
as a location that can be accessed only by use of a tool, lock and key, or other means of security and is controlled by
the authority responsible for the location.
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.
3.1.3 Preventing Condensation
Condensation can occur when exposing a colder product to a warmer and/or more humid environment.
9

FXT 5000 Series Installation Guide
If an item has been moved from an environment that is colder and less humid than the current installation and
operating environment, allow it to reach the same temperature as the current environment before unpacking it, and
before installing it or powering it on.
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.
3.2 Electrical Considerations
This section lists guidelines for safe electrical handling of the FXT 5000 Series node.
3.2.1 Electrical Code Compliance
To avoid the possibility of an electrical shock hazard, the electrical installation of an FXT 5000 Series node and its
associated rack(s) and power distribution units (PDUs) must comply with all applicable local, state, and national
electrical codes and regulations. Contact a qualified electrician if you are unsure about proper electrical installation.
3.2.2 Earth Grounding
• The building site, rack, and PDU electrical receptacles powering the FXT 5000 Series node must be properly
grounded during the lifetime of the installation.
• The earth-ground connection for the rack must be designed and installed specifically for the rack, and must not
rely solely on unintentional grounding connections made through FXT 5000 Series nodes and other equipment
installed into the rack.
• The Avere FXT Edge Filer node has been approved for use only with TN-type earth grounding systems. It has
not been approved for use with IT-type earth grounding systems. Do not connect the node to any non-TN type
of earth grounding system.
• To avoid the possibility of an electrical shock hazard, the FXT 5000 Series node must be properly connected to
earth ground during the lifetime of the installation. The node receives its earth ground connection through the
AC power cords.
To ensure the integrity of the ground connection, observe the following guidelines:
–Use only power cords with a grounding plug.
–Inspect the ground pins of each power cord before initial use.
–Never remove or disable the grounding pin on a power cord or use an adapter that might affect the
integrity of the ground connection.
10 Chapter 3. Precautions for Product 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. This switch does not function as an AC mains disconnect. To disconnect all power for maintenance or
an electrical emergency, remove all power cords.
3.2.4 Power Supply Replacement
The power supply units for FXT 5000 Series nodes have detachable power cords. Disconnect the power cord at the
power supply unit before removing it from the node. When installing a power supply unit, insert the unit into the
node before connecting the power cord.
When running on a single power supply unit, the node has an increased probability of losing all power as a result of
the single unit failing. Always replace a failed power supply unit as soon as possible after failure.
3.2.5 Hazardous Energy Levels
• To avoid potential injury, remove all chains, rings, watches, and other metal jewelry before performing
maintenance on powered-on equipment. Burns and other injuries can be caused by the flow of current through
a metallic object if the metallic object comes in contact with powered circuits.
• When replacing externally accessible components while power is applied to the node, never reach into the
empty space created by the removed components, because hazardous energy levels may be present.
3.3 Racked FXT Series Nodes
To avoid the potential of serious injury and equipment damage, observe the following precautions before installing
nodes into racks or before removing them from racks:
• Ensure that the node’s weight is fully supported by two people at all times while it is being installed into or
removed from a rack.
• The rack installation must be designed to remain stable while supporting the full weight of the installed
equipment in its maximum extended position.
3.3. Racked FXT Series Nodes 11

FXT 5000 Series Installation Guide
• Follow the rack manufacturer’s recommendations and use the appropriate load calculator if available when
designing and installing rack systems.
• Contact the rack manufacturer or an engineering consultant if you require assistance determining the stability
of the rack for its intended purpose.
• For single-rack installations, specify and install stability options such as ballast kits, bolt-down kits, and
extensible or permanent stabilizing mechanisms.
• In multiple-rack installations, specify and install a multirack tie kit option. If the multirack tie kit is not
sufficient to guarantee stability, then install ballast kits, bolt-down kits, and extensible or permanent stabilizing
mechanisms.
• Unless the rack installation is designed otherwise, extend only one piece of equipment from the rack at a time.
• Install the first piece of equipment into the bottom of the rack, with future equipment installed above that.
• For installing multiple pieces of equipment at the same time, first install the heavier equipment at the bottom,
then install the lighter equipment sequentially above that.
• Rack-mounted equipment should not be used as a shelf, work space, step, or seat.
3.4 General Precautions
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.
3.4.2 California Perchlorate Warning
This product contains chemicals known to the State of California to cause cancer, birth defects or other reproductive
harm.
The following notice is provided in accordance with California Code of Regulations Title 22, Division 4.5 Chapter
33. Best Management Practices for Perchlorate Materials. This product includes a lithium manganese dioxide battery
that contains a perchlorate substance.
Perchlorate Material – special handling may apply. See www.dtsc.ca.gov/hazardouswaste/perchlorate.
12 Chapter 3. Precautions for Product Use

FXT 5000 Series Installation Guide
3.4.3 Two-Person Lift
A bare node without accessories and outer rails weighs 33 pounds (15.0 kilograms). For ease of installation it is
recommended to use two people to lift and install the node into the rack. When lifting a node, handle it in such a way
that the weight is evenly distributed and stabilized. Be sure to comply with any personal lifting limits that may be in
effect for your locale.
3.4.4 Battery Replacement
DANGER OF EXPLOSION IF BATTERY IS INCORRECTLY REPLACED. REPLACE ONLY WITH THE SAME
OR EQUIVALENT TYPE RECOMMENDED BY THE MANUFACTURER. DISPOSE OF USED BATTERIES
ACCORDING TO THE MANUFACTURER’S INSTRUCTIONS.
ATTENTION: IL Y A DANGER D’EXPLOSION S’IL Y A REMPLACEMENT INCORRECT DE LA BATTERIE,
REMPLACER UNIQUEMENT AVEC UNE BATTERIE DU MÊME TYPE OU D’UN TYPE ÉQUIVALENT
RECOMMANDEÉ PAR LE CONSTRUCTEUR. METTRE AU REBUT LES BATTERIES USAGÉES CONFOR-
MÉMENT AUX INSTRUCTIONS DU FABRICANT.
The motherboard battery maintains clock and CMOS settings when the node is without power for any reason.
Contact Avere Global Services if you suspect that the motherboard battery needs to be replaced.
3.5 Laser Radiation
CLASS 1 LASER PRODUCT
FXT Series nodes that contain optical networking ports may emit invisible laser radiation from those ports. When
no fiber-optic cable is connected, do not stare into the open apertures. In addition, install protective covers over any
optical ports that will not have a cable connected.
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.
• Environmental ambient temperature requirements apply to the area immediately around the node. For a node
installed into an enclosed rack or a rack with perforated doors, the ambient temperature requirement applies to
the area inside the rack or door, immediately around the node.
3.5. Laser Radiation 13

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.
• Ensure that the node cover is in place when the node is operating to assure proper airflow and cooling.
Thermal damage to the system can occur if this practice is not strictly followed.
• Do not remove disk drives or power supply units unless a replacement component is immediately available.
If you remove a replaceable component, replace it before putting the unit back into service to ensure proper
airflow and cooling. Damage to the system can occur if this practice is not strictly followed.
3.7 Electrostatic Discharge (ESD) Precautions
An ESD event occurs when two objects with different electrical charges come into contact with each other. Elec-
tronic devices can be severely damaged by ESD.
When handling electronic modules such as disk drives, printed circuit boards (PCBs), and power supplies, observe
the following basic ESD precautions to prevent damage.
• If possible, perform any maintenance at an approved ESD-safe workstation.
• Do not unpack or install electronic modules without using a properly grounded wrist or heel strap.
• Keep all electronic modules such as power supplies, PCBs, and disk drives in their original ESD-protective
packaging until you are ready to install them. Handle all electronic modules carefully. Do not touch connec-
tors, contacts, or component leads.
• Ensure that electronic modules do not come into contact with insulators such as clothing and plastics.
14 Chapter 3. Precautions for Product Use

CHAPTER
FOUR
INSTALLING AN FXT 5000 SERIES EDGE FILER NODE IN A RACK
This chapter provides safety notices, instructions, and guidelines for installing an FXT 5000 Series node into a
typical square-hole, non-threaded four-post server rack.
4.1 Precautions
To avoid injury and equipment damage, observe the electrical and other cautions listed in Precautions for Product
Use (page 9).
To avoid the potential for serious injury and equipment damage caused by rack tip-over, the equipment rack must be
properly designed and installed.
These instructions are for installing an Avere FXT 5000 Series node into a typical four-post server rack. Every
effort has been made to supply the most accurate instructions possible. However, rack designs can vary greatly from
model to model and from manufacturer to manufacturer. Because Avere Systems cannot anticipate every known rack
design, the installer assumes the following responsibilities:
1. The installer must determine if the instructions provided apply to the installer’s specific rack.
2. The installer must determine whether or not the instructions provided will result in a safe rack installation in
the installer’s specific rack.
If there is any doubt about the applicability or safety of using the provided instructions, do not proceed. Immediately
contact Avere Global Services, the rack manufacturer, or both for assistance.
In addition to the information provided by Avere Systems, also refer to the installation and safety instructions that
came with the rack unit that you are using. If there is any conflicting information, do not proceed. Immediately
contact Avere Global Services, the rack manufacturer, or both for assistance.
4.1.1 Differences from FXT 4000 Series and Earlier Models
The physical design of the FXT 5000 Series node is significantly different from earlier Avere products like the FXT
4000 and 3000 series:
• The node height of the FXT 5000 Series is 1U instead of 2U.
• 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.
15

FXT 5000 Series Installation Guide
• Several connectors and ports are different from previous systems, and some are installed in a different
orientation than they were in other Avere Systems products.
Even if you have previously worked with Avere FXT systems, be sure to read the instructions here before attempting
to install an FXT 5000 Series filer.
4.2 Rack Installation
These instructions are for installing an FXT 5000 Series node in a square-hole, non-threaded, four-post server rack.
For any other type of installation, contact Avere Global Services.
The FXT 5000 Series ships with two snap-together outer rail assemblies. Inner rails are pre-installed on the sides of
the node chassis.
Installation steps include:
• Assembling the rails
• Attaching the rails to the server rack
• Sliding the FXT 5000 Series node into the rails in the rack
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:
• A tape measure to find holes at the correct height on each corner of the rack where the rails should be installed
• A marker, grease pencil, or other means to mark the holes on the rack where the rails should be installed
4.2.2 Assembling the Rails
The left and right outer rails for the FXT 5000 Series are identical. Follow these instructions to assemble the slide
rails.
1. Find the four rail pieces included in the package with the node. There are two identical short pieces and two
identical long pieces.
2. Join the short and long rail pieces by latching the t-shaped fastener in the center of the short piece into the
keyhole slot in the center of the long piece:
(a) Locate the protruding circular T fastener (resembling a nail head) in the center channel of the shorter
piece.
(b) Position the short piece, fastener facing up, underneath the long piece. (The concave surfaces should nest
together.)
(c) Align the circular head of the fastener on the short piece with the circular hole on the long piece.
(d) Set the fastener inside the hole, and slide the shorter piece down the keyhole slot to latch the two
together.
Repeat this procedure for the second set of rails.
16 Chapter 4. Installing an FXT 5000 Series Edge Filer Node in a Rack