Western Digital H4060-J User Manual

User Guide

Ultrastar Data60 Regulatory Model: H4060-J December 2020 Rev. 1.18 1ET1101

User Guide Table of Contents

Revision History

Date Revision Comment

November 2017 1.0 Initial release

November 2017 1.1

December 2017 1.2

January 2018 1.2.1 Updated the product name

January 2018 1.3

• The crossbar on the CMA was changed. See CMA (page 49).

• Removed Lowline power specs from Power Requirements (page

19).

• Changed required rack depth, see Mechanical Specifications (page

5).

• Changed typical power consumption, see Electrical Specifications

(page 4).

• Updated LED Flash Patterns, see LEDs (page 9).

• Added active cable support

• Added firmware upgrade section. See Firmware Upgrade (page

161).

• Updated the Non-Op altitude specification. See Environmental

Specifications (page 4).

• Updated information on the 2.5" drive carrier option. See 2.5in SSD

Assembly (page 55).

• Added torque requirements for all screws used in the enclosure.

• Updated the IOM replacement section to account for the possibility

of a firmware mismatch. See IOM Replacement (page 59).

• Updated the drive assembly installation instructions to clarify the orientation of the drive assemblies. 3.5in HDD Assembly

Replacement (page 71).

April 2018 1.4

May 2018 1.5 Added the Part Replacement Service Window. See: Part Replacement

June 2018 1.6

• Updated Compatible Drives List. See List of Compatible Drives

(page 22).

• Updated the Rack Requirements. See Ultrastar Data60 Rack

Requirements (page 15).

• Updated the Firmware Upgrades. See: Firmware Upgrade (page

161)

Service Window (page 59)

• Updated Compatible Drives List. See List of Compatible Drives

(page 22)

• Updated the Firmware Upgrade section. See Firmware Upgrade

(page 161)

vi

User Guide Revision History

Date Revision Comment

• Updated the Firmware Download section. See Downloading

Firmware from the Support Portal (page 161)

• Updated the System Architecture Overview section. See System

Architecture Overview (page 2)

• Updated the Daisy Chaining section. See Daisy Chaining (page

220)

• Added the Rear Cover Alignment Bracket Description. See Rear

Cover Alignment Bracket (page 48)

November 2018 1.7

May 2019 1.8

May 2019 1.9

• Updated the images in the Daisy Chaining section. See Daisy

Chaining (page 220)

• Updated List of CRUs. See List of Customer Replaceable Units

(CRUs) (page 7)

• Updated Compatible Drives List. See List of Compatible Drives

(page 22)

• Updated the Host Connectivity section. See: SAS Cabling (page

20)

• Changed senddiag commands from images to codeblocks. See

sg_senddiag Command (page 188).

• Updated daisy-chaining tables to match diagrams. See Two Host

Cable Configurations (page 227).

• Corrected OOBM zoning configuration instructions. See Predefined

Zoning Configurations (page 180).

• Added Configuring OOBM Network Settings Using SES (page

176).

• Corrected the system architecture overview. See System

Architecture Overview (page 2).

• Corrected explanation of SATA configuration in Firmware Upgrade

(page 161) section.

June 2019 1.10

June 2019 1.11 Updated the Host Connectivity section. See: SAS Cabling (page 20)

July 2019 1.12

• Updated the Host Connectivity section. See: SAS Cabling (page

20)

• Added Windows syntax examples and reorganized the Upgrading Firmware with OOBM section

Moved the following topics to the Ultrastar Data60 Description (page

2) section:

• Ultrastar Data60 Rack Requirements (page 15)

• Power Requirements (page 19)

• ESD (page 19)

• Enclosure Cooling (page 19)

vii

User Guide Revision History

Date Revision Comment

• SAS Cabling (page 20)

Moved the Supported Operating Systems (page 8) topic to the

Management (page 159) section.

Corrected LED identification tables for IOMs, PSUs, and drives in the

LEDs (page 9) section.

Updated servicing image to correct length values and rail servicing extension in Ultrastar Data60 Rack Requirements (page 15) section.

Added a note about OOBM ports configured for DHCP by default to the

OOBM Management Overview (page 176) section.

September 2019 1.13

November 2019 1.14

April 2020 1.15

• Replaced references to He12 drives with Ultrastrar DC HC520 in List

of Compatible Drives (page 22)

• Changed device references from OS-specific (/dev/sgX for Linux and SCSIX:X,X,X for Windows) to generic (<dev>) throughout.

• Updated table for Approved SAS Cables in SAS Cabling (page

20)

• Added Subenclosure Nickname (page 212) section

• Updated Supported Operating Systems (page 8)

• Added drive assembly LED pointer orientation image in 3.5in HDD

Assembly Replacement (page 71) section

• Updated images of captive chassis-cover screws throughout

• Updated table for Approved SAS Cables in SAS Cabling (page

20)

• Updated the Daisy Chaining configurations in Daisy Chaining (page

220)

• Corrected explanation of expanders in System Architecture

Overview (page 2)

• Added note about using non-automatic firmware activation for RAID adpaters in Firmware Upgrade (page 161)

• Added note about performing zoning offline in Zoning (page 180)

• Added note and step for configuring zoning on an IOM after

replacement in IOM Replacement (page 59)

• Added RHEL 8.0 to Supported Operating Systems (page 8)

• Added note about LED behavior during proper drive insertion in

Drive Assembly LED (page 14)

• Corrected part number for rail kit in List of Customer Replaceable

Units (CRUs) (page 7) and Rails Specifications (page 46)

• Added note about minimum time between removing and reapplying power in Power Connections (page 241)

August 2020 1.16

• Updated Supported Operating Systems (page 8)

• Updated SAS Cabling (page 20)

viii

User Guide Revision History

Date Revision Comment

• Updated List of Compatible Drives (page 22)

• Added File-Based Zoning (page 202) section

• Updated note in IOM Replacement (page 59) about standard vs.

file-based zoning configuration after IOM replacement

October 2020 1.17

December 2020 1.18

• Fixed typo in Rails Layout (page 47)

• Updated text and color-coded images in Predefined Zoning

Configurations (page 180)

• Updated images in LEDs (page 9) and Components (page

34)

• Added note about not unzipping tar.gz file prior to firmware upgrade in Downloading Firmware from the Support Portal

(page 161), Linux Upgrade to New Firmware (page 165), Non-

Automatic Firmware Activation in Linux (page 167), Windows Upgrade to New Firmware (page 170), and Non-Automatic Firmware Activation in Windows (page 173)

• Added Ubuntu 20.04 to Supported Operating Systems (page 8)

• Updated table of approved SAS cables in SAS Cabling (page 20)

• Updated FW activation step in Upgrading Firmware with OOBM

(page 178)

• Added UK Import Representation Contact

• Removed Formerica cables from SAS Cabling (page 20)

ix

User Guide Notices

Notices

Western Digital Technologies, Inc. or its affiliates' (collectively “Western Digital”) general policy does not recommend the use of its products in life support applications wherein a failure or malfunction of the product may directly threaten life or injury. Per Western Digital Terms and Conditions of Sale, the user of Western Digital products in life support applications assumes all risk of such use and indemnifies Western Digital against all damages.

This document is for information use only and is subject to change without prior notice. Western Digital assumes no responsibility for any errors that may appear in this document, nor for incidental or consequential damages resulting from the furnishing, performance or use of this material.

Absent a written agreement signed by Western Digital or its authorized representative to the contrary, Western Digital explicitly disclaims any express and implied warranties and indemnities of any kind that may, or could, be associated with this document and related material, and any user of this document or related material agrees to such disclaimer as a precondition to receipt and usage hereof.

Each user of this document or any product referred to herein expressly waives all guaranties and warranties of any kind associated with this document any related materials or such product, whether expressed or implied, including without limitation, any implied warranty of merchantability or fitness for a particular purpose or non-infringement. Each user of this document or any product referred to herein also expressly agrees Western Digital shall not be liable for any incidental, punitive, indirect, special, or consequential damages, including without limitation physical injury or death, property damage, lost data, loss of profits or costs of procurement of substitute goods, technology, or services, arising out of or related to this document, any related materials or any product referred to herein, regardless of whether such damages are based on tort, warranty, contract, or any other legal theory, even if advised of the possibility of such damages.

This document and its contents, including diagrams, schematics, methodology, work product, and intellectual property rights described in, associated with, or implied by this document, are the sole and exclusive property of Western Digital. No intellectual property license, express or implied, is granted by Western Digital associated with the document recipient's receipt, access and/or use of this document or the products referred to herein; Western Digital retains all rights hereto.

Western Digital, the Western Digital logo, and Ultrastar are registered trademarks or trademarks of Western Digital Corporation or its affiliates in the US and/or other countries. Linux® is the registered trademark of Linus Torvalds in the U.S. and other countries. All other marks are the property of their respective owners. Product specifications subject to change without notice. Pictures shown may vary from actual products. Not all products are available in all regions of the world.

Western Digital 5601 Great Oaks Parkway San Jose, CA 95119

x

User Guide Points of Contact

Points of Contact

For further assistance with a Western Digital product, contact Western Digital Datacenter Platforms technical support. Please be prepared to provide the following information: part number (P/N), serial number (S/N), product name and/or model number, and a brief description of the issue.

Email:

support@wdc.com

Website:

https://portal.wdc.com/Support/s/

UK Import Representation Contact

Western Digital UK Limited Hamilton House, Regent Park, Kingston Road Leatherhead, Surrey KT22 7PL, GB,

United Kingdom

Telephone: +44 1372 366000

1.1 Product Label Information

The following product information is required for technical support requests:

• Part Number (P/N)

• Serial Number (S/N)

• Product Name and/or Model Number (MODEL)

This information may be found on the product label, which is affixed to an exterior, non-removable surface of the chassis. The following is an example label with the applicable information fields highlighted:

xi

Western Digital

Overview

This section provides a high level overview of the features of the Ultrastar Data60 .

In This Chapter:

- System Architecture Overview.....................2

- System Level Block Diagram.........................2

- Environmental Specifications........................3

- Electrical Specifications................................ 4

- Mechanical Specifications............................. 4

- Performance Specifications...........................5

- Ultrastar Data60 Layout................................ 6

- List of Customer Replaceable Units

(CRUs)............................................................... 6

- Supported Operating Systems......................7

- LEDs................................................................. 8

- Ultrastar Data60 Rack Requirements........... 9

- Power Requirements.................................... 15

- ESD..................................................................19

- Enclosure Cooling.........................................19

- SAS Cabling................................................... 19

- Supported SKUs........................................... 20

- List of Compatible Drives............................22

1

User Guide

1.1 Ultrastar Data60 Description

Figure 2: Ultrastar Data60

1. Overview

1.1 Ultrastar Data60 Description

The Ultrastar Data60 is a 4U form factor, high availability, high density, rack-mounted storage enclosure that is capable of hosting up to 60 SAS or SATA drives. The maximum data storage capacity of the Ultrastar Data60 is 840 TB using 14TB HGST Ultrastar® HC530 drives . (For a full list of compatible drives and total storage capacities, see the List of Compatible Drives (page 22).) The enclosure runs on an input voltage of 200 - 240 VAC and consumes ~1000W of power under typical conditions. It requires a maximum of ~1250W at full load.

It is designed to fit within a 4U rack space and requires 900mm (35.43in.) usable rack space, frame to frame. A fully loaded system will add 79.4 kg. / 175 lbs. of static load when fully loaded with drives.

• 4U Storage Enclosure

• Supports up to 60 Drives

• Can support 3.5” drives and 2.5” SSD drives (2.5" requires an adapter) in the 60 available drive bays.

• Up to 12W per drive slot for the 60 data storage drives (Cannot exceed 85A on the 5V rail)

• House and control four (4) N+1 redundant 80mm rear fans

• House and control a dual rotor 40mm internal IOM Fan

• Controlled by two (2) redundant I/O Modules

• Powered by two (2) redundant 1600W PSUs

• Supports High Line (220-240 VAC) Input Power

• Full high availability with independent dual paths to all HDDs

• Toolless replacement of all Customer Replaceable Units (CRUs)

• Fits within a standard EIA-310 rack including all necessary cable management (see Compatible Rack

Hardware Configuration (page 17))

• Supports up to 3m passive SAS cables (limited to 3m or less) or active cables (any length) (see SAS

Cabling (page 20))

1

1.2 System Architecture Overview

1. SATA based models will only include 1 IOM

2

User Guide

The Ultrastar Data60 IOM uses a cascaded expander design to allow for connection to all 60 drives. A 48-port primary expander connects with the six host ports, has a x3 link to the other IOM for IOM-IOM communication and syncing, and also has a x10 SAS link to each secondary expander. One secondary expander then connects with fifty-one (51) drives, while the other connects with nine (9) drives.

The out-of-band management microprocessor provides an Ethernet connection using a Redfish/RESTful API to access the various enclosure services. All the SES enclosure information can be obtained through the out-of-band management port. Major use cases for this feature include obtaining storage subsystem health information, locating enclosure components using the IDENT LEDs, and updating firmware.

The system FPGAs control and report the states of the system fans, enclosure LEDs, connector LEDs, drive LEDs, and T10 drive power disable signals on the 60 data storage drives.

The I2C architecture is designed to support only one single master on any given bus. The primary expander will be the master on each I2C bus. There are eight I2C buses used in the Ultrastar Data60 enclosure. The number of devices on each bus are balanced to allow communication to peripheral devices and not overload any one bus. The devices connected on the I2C buses include the enclosure VPDs, temp sensors, baseboard FPGAs, and SAS connectors among others.

1. Overview

1.3 System Level Block Diagram

Note: To use T10 power disable, the drives installed must also support this feature.

1.3 System Level Block Diagram

The following image shows the system block diagram for the Ultrastar Data60 .

3

User Guide

Figure 3: System Block Diagram

1. Overview

1.4 Environmental Specifications

Table 1: Environmental Specification Summary

Specification Non-Operational Operational

Temperature -40°C to 70°C 5°C to 35°C

Temperature Gradient 30°C / Hr 20°C per hour maximum

Temperature De-rating 1°C per 300m above 3000m 1°C per 300m above 900m

Relative Humidity 8-90% Non-Condensing 8-90% Non-Condensing

Relative Humidity Gradient 30% per hour maximum 30% per hour maximum

Altitude -300m to 12,000m /

-984 ft. to 39,370 ft

1.5 Electrical Specifications

-300m to 3048m /

-984 ft. to 10,000 ft.

4

User Guide

Table 2: Electrical Specifications

Specification Value

Max Power Consumption ~1250W

Typical Power Consumption

Input Voltage 200 - 240 VAC

PSU Connector Type C14

PSU Efficiency 80 PLUS Platinum

2

1. Overview

1.6 Mechanical Specifications

~1000W

Inrush Current Maximum (per

PSU)

Caution: The Ultrastar Data60 can only be plugged into high line (200 - 240 VAC) power. If the unit is plugged into low line (110-127 VAC), the PSU will report a "Critical" state when status pages are queried using SES. In this case, the enclosure will power up, but the drives will not. The enclosure will remain in low-power mode.

AC line inrush current shall not exceed 40A peak, for up to

one-quarter of the AC cycle after which, the input current

should be no more than the specified maximum input current.

1.6 Mechanical Specifications

Table 3: Mechanical Specifications

Specification Non-Operational Operational

Shock 10G, 0 - peak,11ms half sine;

3 positive and 3 negative pulses in each axis Shock

Vibration 0.75G, 0 - peak swept sine;

5 -500Hz; 1 complete sweep

@ 1/2 octave per minute

5G, 0 - peak, 11ms half sine; 3 positive

and 3 negative pulses in each axis-

minimum 6 seconds between shocks

to allow for write/read recovery

0.10G,0 - peak swept sine; 5

-500Hz; 1 complete sweep @ 1/2octave per minute

Weight 79.4 kg. / 175 lbs.

Dimensions 447mm x 890mm x 175mm / 17.67in. x 35.04in. x 6.89in.

Length without CMA 712 mm / 28.03in.

Required Rack Width 450mm (17.72in.) with 465mm (18.31in.) ± 1.5mm

nominal hole spacing. See EIA-310 Rack Standard

Required Rack Depth 900mm (35.43in.) usable rack space, frame to frame

Rack Units (U) 4U

2. Max and typical power consumption values represent the output power to the system. Input power will vary depending on the PSU efficiency and load sharing between PSUs.

5

User Guide

Specification Non-Operational Operational

Vertical Rack Rail

Spacing

1.7 Performance Specifications

Table 4: Performance Specifications

Specification Value

Number of Drive Slots 60

Data Transfer Rates 12Gbps SAS / 6Gbps SATA

Max Raw Data Storage Capacity 840 TB using 14TB HGST Ultrastar® HC530 drives

SAS Ports 12 x Mini-SAS HD ( 6 per IOM)

1. Overview

1.7 Performance Specifications

24 in. - 32 in.

2 x 10/100/1G Ethernet

1.8 Ultrastar Data60 Layout

Figure 4: Front and Rear Product Layout

Table 5: Front and Rear Component Identification

Number Component

1 Enclosure Handles

2 CMAs

3 CMA Tray

4 Rear Fans

5 PSUs

6

User Guide

The following is an image of the layout of the major system components inside the Ultrastar Data60 .

Figure 5: Component Layout

1. Overview

1.9 List of Customer Replaceable Units (CRUs)

Number Component

6 Chassis Cover

7 Rear Cover Alignment Brackets

8 Rails

1.9 List of Customer Replaceable Units (CRUs)

The following table lists the replaceable components and their part numbers.

Table 6: List of Replaceable Components

Component Part Number

Ultrastar Data60 Chassis with a single IOM and PSUs 1EX0442

Ultrastar Data60 Chassis with IOMs and PSUs 1EX0443

IOM 1EX2201

IOM Blank 1EX0431

PSU 1600W 1EX0434

Rear Fan 1EX0433

IOM Fan 1EX0432

Rails (CMA Standard) 1EX0436

Rear Cover Alignment Bracket 1EX2288

CMA Standard Arms 1EX0437

CMA Cable Tray 1EX1119

3.5 in. Drive Carrier, Qty=1 1EX0438

7

User Guide

Component Part Number

3.5 in. to 2.5 in. conversion Drive Carrier, Qty=1 1EX0439

3.5 in. Drive Blank, Qty=1 1EX0429

Power Cable for PDU, C13-C14, 18AWG, 3m, Qty=1 1EX1158

HD Mini-SAS to HD Mini-SAS, 3m, Qty=2 1EX1533

1.10 Supported Operating Systems

Table 7: Compatible Operating Systems

OS Support

Microsoft® Windows

1. Overview

1.10 Supported Operating Systems

2012 R2 x64 Server

2016 R1 x64 Server

2019 R1 x64 Server

CentOS/RedHat® Enterprise Linux (RHEL)

Ubuntu® Server

7.2 (x86_64) Kernel: 3.10.0-327

7.3 (x86_64) Kernel: 3.10.0-514

7.4 (x86_64) Kernel: 3.10.0-693

7.6 (x86_64) Kernel: 3.10.0-957

8.0 (x86_64) Kernel: 4.18.0-80

8.2 (x86_64) Kernel: 4.18.0-193

14.04 Kernel: 3.13

16.04 Kernel: 4.4

18.04 Kernel: 4.15

20.04

8.10 Kernel: 3.16Debian GNU/Linux

9.6 Kernel: 4.9

12 SP3SUSE® Linux Enterprise Server (SLES)

15 SP1

8

User Guide

1.11 LEDs

1.11.1 Front and Rear IO LEDs

The Ultrastar Data60 has a number of LEDs on the exterior of the enclosure that display various system statuses. The three LEDs on the front mirror three on the rear, allowing the general status of the enclosure to be determined from either side of the rack.

Figure 6: Front LEDs Location

1. Overview

1.11 LEDs

Table 8: Front LEDs Identification

Number LED Name Color Behavior

1 Identify Blue Blink @ 1 Hz (50% duty cycle) – Blinks only when Identification

has been activated. Will blink when any component is identified.

2 Fault Amber Blink @ 1 Hz (50% duty cycle) – Enclosure has a fault

Off – Enclosure has no fault

Note: LEDs have a 50% duty cycle (On for 2

seconds, off for less than a second).

3 Power Green Solid – Powered On

In addition to the three enclosure status LEDs, the rear provides LEDs for the Ethernet and SAS ports.

9

User Guide

Figure 7: Rear LEDs Location

1. Overview

1.11 LEDs

Table 9: Rear LEDs Identification

Number LED Name Color Behavior

1 SAS Link Status Green Solid – SAS cable connected

Off – SAS cable not connected

2 SAS Fault

Status

3 Identification Blue Blink @ 1 Hz (50% duty cycle) – Blinks only when Identification

4 Fault Amber Blink @ 1 Hz (50% duty cycle) – Enclosure has a fault

5 Power Green Solid – Powered On

Amber Blink @ 1 Hz (50% duty cycle) – SAS connection fault

Off – No SAS connection fault

Note: LEDs have a 50% duty cycle (On for 2

seconds, off for less than a second).

has been activated. Will blink when any component is identified.

Off – Enclosure has no fault

Note: LEDs have a 50% duty cycle (On for 2

seconds, off for less than a second).

10

User Guide

Number LED Name Color Behavior

6 Ethernet

Connector

Speed

Green/

Amber

1. Overview

1.11 LEDs

Off – Operating at 10 Mbps Green Solid – Operating at 100 Mbps Amber Solid – Operating at 1Gpbs

7 Ethernet

Connectors

Link/Activity

Green Off – No Connection

Solid – Connected Blink – Activity

1.11.2 IOM LEDs

The IOM has three LEDs, one each for power, fault, and identification.

Figure 8: IOM LEDs Location

Table 10: IOM LEDs Identification

Number LED Name Color Behavior

1 IOM Identification Blue Blink @ 0.5 Hz (75% duty cycle) – Blinks only when IOM

Identification has been activated Off - Not being identified

2 IOM Fault Amber Blink @ 0.5 Hz (75% duty cycle) – IOM has Fault

Off - IOM is functioning normally

3 IOM Power Green Solid – IOM is on

Off – IOM is off

1.11.3 IOM Fan LED

The IOM Fan has a single LED with three distinct states for fault condition, identification, and power off.

11

User Guide

Figure 9: IOM Fan LED Location

1. Overview

1.11 LEDs

Table 11: IOM Fan LED Identification

Number LED Name Color Behavior

1 IOM Fan LED Amber Blink @ 2 Hz (50% duty cycle) – IOM Fan is being identified

Blink @ 1 Hz (50% duty cycle) – IOM Fan is reporting faults Off – IOM Fan is on and reporting no faults

Note: LEDs have a 50% duty cycle (On for 2

seconds, off for less than a second).

1.11.4 PSU LED

The PSU has a single, multi-function LED. See the table below for a detailed functional description.

12

User Guide

Figure 10: PSU LEDs Location

1. Overview

1.11 LEDs

Table 12: PSU LEDs Identification

Number LED Name Color Behavior

1 PSU Multi-

Function LED

Green Solid – PSU is on and reporting no faults

Blink @ 2Hz (50% duty cycle) – PSU in firmware update mode Off – PSU is disconnected from power

Amber Solid – PSU is disconnected from power or critical fault

causing a shutdown failure

Blink @ 0.5Hz (50% duty cycle) – PSU reporting warnings Off – PSU is reporting no faults

Note: LEDs have a 50% duty cycle (On for 2

seconds, off for less than a second).

1.11.5 Rear Fan LED

The Rear Fan has a single LED with three distinct states for indicating a fault condition, identification, or normal operation.

13

User Guide

Figure 11: Fan LED Location

1. Overview

1.11 LEDs

Table 13: Fan LED Identification

Number LED Name Color Behavior

1 Fan LED Amber Blink @ 1 Hz (50% duty cycle) – Fan is reporting faults

Blink @ 2 Hz (50% duty cycle) – Fan is being identified Off – Fan is on and reporting no faults

Note: LEDs have a 50% duty cycle (On for 2

seconds, off for less than a second).

1.11.6 Drive Assembly LED

The HDD drive assembly itself does not contain an LED, but it contains a light-pipe that displays the multi-function LED located on the drive slot. This amber LED has three distinct states for indicating a fault condition, identification, or normal operation.

14

User Guide

Figure 12: HDD Assembly LED Location

1. Overview

1.12 Ultrastar Data60 Rack Requirements

Table 14: HDD Assembly LED Identification

Number LED Name Color Behavior

1 HDD Drive Multi-

Function LED

Note: During service events—when a drive is hot plugged or replaced and the drive installed properly—the LED state of that drive slot will change to solid ON. This is to provide the user with visual feedback that the drive has been successfully connected and has been discovered by the expander. Once the enclosure has been slid back into the rack and the OPEN bit on the door sensor element is 0, the LED will return to the previously set state (Ident, Fault, or Off).

For example: A drive in slot 0 needs to be replaced. The fault bit on Array Slot descriptor 0 is set to indicate to the service technician which drive slot to replace. This will cause the LED to blink at 1Hz (50% duty cycle). When the service technician pulls out the enclosure, inserts a new drive, and successfully installs the drive, the slot LED state will change to solid ON to indicate that the drive was properly installed. When the service technician pushes the enclosure back into the rack and the OPEN bit of the door sensor element changes from 1 to 0, the LED state of drive slot 0 will change back to the fault indication blink rate (1 Hz 50% duty cycle).

Amber Blink @ 2 Hz (50% duty cycle) – Drive identify

Blink @ 1 Hz (50% duty cycle) – Drive fault Off – Drive has no faults

Note: LEDs have a 50% duty cycle (On for 2

seconds, off for less than a second).

1.12 Ultrastar Data60 Rack Requirements

15

User Guide

The Ultrastar Data60 is designed to be installed into a rack that meets the EIA-310 standard at a minimum 900mm (35.43in.) usable rack space, frame to frame. The vertical rack rails must be set between 24 in. 32 in. to support the enclosure. It requires 4U of rack space, and it should be installed into the rack at the lowest possible U height to keep the load on the rack balanced.

Table 15: Required Rack Specifications

1. Overview

1.12 Ultrastar Data60 Rack Requirements

Parameter Requirement

Rack Depth 900mm (35.43in.) usable rack space, frame to frame

Rack Width

Rack Units (U) 4U

Vertical Rack Rail Spacing 24 in. - 32 in.

Static Load Rating 1360.7 kg. / 3000 lbs.

Dynamic Load Rating 1020.5 kg. / 2250 lbs.

Warning: When extended out of the rack on the rail system, the Ultrastar Data60 will be ~630mm / 24.8in. extended outward. This may be a potential tipping hazard depending on the configuration of the rack. Ensure that leveling feet, anti-tilt, and any other safety features recommended by the specific rack manufacturers have been deployed before servicing.

The following section provides specific information necessary to install, service, and remove the Ultrastar Data60 . The installation of the Ultrastar Data60 requires two people and a space of 1270mm / 50in. in front of the installation space. The servicing of the enclosure requires one person and a minimum of

863.6mm / 34in. of space in front of the installation space. The removal of the enclosure requires two people, 914.4mm / 36in. of space in front of the installation space, and 24in. on either side of the enclosure for two people to remove the enclosure.

Warning: The handles on the front of the chassis are not intended to be used to support the weight of the Ultrastar Data60 . Lifting the unit by the chassis handles or trying to support the unit on the handles can cause them to fail. This can cause serious damage to the unit or serious bodily harm to those handling the unit. Always team lift the chassis by gripping the underside of the unit, and never try to lift a chassis that is filled with drives.

450mm (17.72in.) with 465mm (18.31in.) ± 1.5mm

nominal hole spacing. See EIA-310 Rack Standard

16

User Guide

Figure 13: Installation, Servicing, and Removal

1. Overview

1.12 Ultrastar Data60 Rack Requirements

Attention: Do not install or remove the enclosure while it is populated with drives. The fully populated enclosure exceeds the amount of weight that a team of two should lift.

1.12.1 Compatible Rack Hardware Configuration

The following table(s) list the approved rack hardware configurations for the Ultrastar Data60 :

Table 16: Compatible Hardware Configuration 1

Parameter Rack PDU (Vertical)

Vendor CRENLO/EMCOR Server Technology Server Technology Various

AS-160099-03

(Drawing

Number EMCOR

Part

Number

Quantity 1 2 2 Varies

526121 Rev 5)

412-0761-11_STV-4501

412-0761-20_STV-4502

412-0761-23_STV-4503

PDU Mounting

Bracket

KIT-MBVPT-1B

(one kit per PDU)

Additional Mounting

Bracket Hardware

4 x M6 x 16 Hex

Cap Screws

8 x M6 Fender

4 x M6 Hex Nut

with Nylon Lock

Washers

Table 17: Compatible Hardware Configuration 2

Parameter Rack PDU (Vertical)

Vendor AFCO/Legrand Server Technology Server Technology Various

Part

Number

Options:

412-0761-11_STV-4501

PDU Mounting

Bracket

KIT-MB-40 None

Additional Mounting

Bracket Hardware

17

User Guide

1. Overview

1.12 Ultrastar Data60 Rack Requirements

Parameter Rack PDU (Vertical)

42RU –

WEDIT605

45RU –

WEDIT604

48RU –

WEDIT603

51RU –

WEDIT606

Quantity 1 rack 2 1 N/A

412-0761-20_STV-4502

412-0761-23_STV-4503

PDU Mounting

Bracket

Additional Mounting

Bracket Hardware

Table 18: Compatible Hardware Configuration 3

Parameter Rack PDU (Vertical)

Vendor TRIPP LITE Server Technology Server Technology Various

Options:

SR42UBDP (Rack)

412-0761-11_STV-4501

412-0761-20_STV-4502

PDU Mounting

Bracket

KIT-MBVPT-1B None

Additional Mounting

Bracket Hardware

SREXTENDER

25U (Rack

Part

Number

Quantity 1 rack 2 1 N/A

Extension)

SREXTENDER

42U (Rack

Extension)

SREXTENDER

48U (Rack

Extension)

412-0761-23_STV-4503

Table 19: Compatible Hardware Configuration 4

Parameter Rack PDU (Vertical)

Vendor APC/Schneider Server Technology Server Technology Various

AR3300W

Part

Number

412-0761-11_STV-4501

412-0761-20_STV-4502

412-0761-23_STV-4503

PDU Mounting

Bracket

KIT-MBVPT-1B

(one kit per PDU)

Additional Mounting

Bracket Hardware

4 x M6 x 16 Hex

8 x M6 Fender

Cap Screws

Washers

4 x M6 Hex Nut

with Nylon Lock

18

User Guide

1. Overview

1.13 Power Requirements

Parameter Rack PDU (Vertical)

Quantity 1 rack 2 2 Varies

1.13 Power Requirements

The following table describes the A/C input power specification for the Ultrastar Data60 .

Table 20: AC Power Specifications

Alternating Current (AC) Power Supply (2 per enclosure)

Wattage (per power supply)

Voltage (per power supply) 200 - 240 VAC, auto-ranging, 50/60 Hz

Maximum inrush current (per power

supply)

PDU Mounting

Bracket

Power

3

Supply Rating: 80 PLUS Platinum rated

Max Power Consumption: ~1250W

Typical Power Consumption: ~1000W

AC line inrush current shall not exceed 40A peak, for up to one-quarter of the AC cycle after which, the input current should be no

more than the specified maximum input current.

Additional Mounting

Bracket Hardware

Caution: The Ultrastar Data60 can only be plugged into high line (220-240 VAC). If the unit is

plugged into low line (110-127 VAC), the PSU will report a "Critical" state when status pages are queried using SES. In this case, the enclosure will power up, but the drives will not. The enclosure will remain in low-power mode.

1.14 ESD

The enclosure is designed to dissipate all electrostatic discharge (ESD) to the chassis base. Ensure that there is sufficient electrical and mechanical connection from the chassis base to the rack rails, and that the rack itself is tied to earth ground. Precautions must be taken to ensure that the system is not exposed to ESD while handling components or servicing the unit.

The unit must be grounded in accordance with all local/regional and national electrical codes.

1.15 Enclosure Cooling

3. Max and typical power consumption values represent the output power to the system. Input power will vary depending on the PSU efficiency and load sharing between PSUs.

19

User Guide

The Ultrastar Data60 has an advanced thermal algorithm running within the logical enclosure services process called the SEP that monitors all of the temperature sensors in the enclosure. The SEP makes adjustments to the fan speeds based upon the thermal sensors. The fan algorithm takes into account the component and the warning and critical threshold limits defaulted and managed by the SEP controller. If any temperature sensor exceeds the temperature threshold configured in the SES pages, the fan speed will increase to cool the enclosure. If the enclosure encounters low temperatures, the enclosure will reduce fan speed in an attempt to conserve power and not over-cool the enclosure. This algorithm is agnostic to effects of altitude and humidity. The algorithm works based on temperatures within the enclosure with emphasis on reducing power consumption.

The rack that the Ultrastar Data60 is installed in must not restrict airflow to the enclosure. Racks with doors should be tested to ensure they do not constrict airflow to the enclosure. If the enclosure reaches critical temperature, it will go into low-power mode to avoid damage to the enclosure.

When the Ultrastar Data60 is extended out of the rack, the cover of the enclosure remains inside the rack which exposes the drives. This feature allows for easier access to drives and simplifies maintenance tasks related to internal components. However, there is a limit to the amount of time the enclosure can be extended out of the rack before the enclosure will begin to overheat.

1. Overview

1.16 SAS Cabling

Attention: Limit the amount of time that the enclosure is extended out of the rack to only what is necessary to exchange a component or perform regular maintenance and should be limited to a maximum of 5 minutes total. Never extend the enclosure out for longer than 5 minutes to prevent overheating. Only extend the enclosure out of the rack as far as necessary to service components. The enclosure is equipped with a sensor that will be tripped when the enclosure's top cover has been opened resulting in the rear fans increasing to max speed. In the event that a fan has failed, it must be replaced before any other CRUs and should be removed from the enclosure within 30 seconds of removing the enclosure cover.

1.16 SAS Cabling

The Ultrastar Data60 can use passive cables up to 3m in length, or active cables up to 10m, for SAS connections to the host. Active cables must be used for Ultrastar Data60 to Ultrastar Data60 daisy-chaining connections. All approved passive and active SAS cables are listed in the following table.

Note: MegaRAID adapters do not support the use of active SAS cables. If your configuration requires the use of MegaRAID adapters, passive cables must be used.

Table 21: Approved SAS Cables

Type Length Manufacturer Vendor Part Number

Active Optical HD Mini-SAS to HD Mini-SAS

5. Listed FOHHB23P00xxx cables are compatible, beginning with FW 2052-003.

4. Active cables can be used for both direct (host-to-enclosure) and daisy-chain (enclosure-to-enclosure) connections.

4

3m

4m Amphenol ICC (FCI) FOHHB23P00004

Amphenol ICC (FCI) FOHHB23P00003

Molex 106415-2103

5

20

User Guide

1. Overview

1.16 SAS Cabling

Type Length Manufacturer Vendor Part Number

Amphenol ICC (FCI) FOHHB23P000055m

Molex 106415-2105

6m Amphenol ICC (FCI) FOHHB23P00006

10m Molex 106415-2110

Passive HD Mini-SAS to HD Mini-SAS

Active Cables

When daisy-chaining multiple Ultrastar Data60 enclosures together, active cables must be used between enclosures for improved signal integrity.

Passive Cabling

As a best practice, Western Digital requires connecting the cables to every other SAS connector port when connecting more than one host per IOM. Please refer to Table 22: Recommended IOM Port Connection

Order (page 21) for port connection ordering required for IOMA and IOMB:

6

1m Amphenol ICC (FCI) 10112041-2010LF

2m

3m

Amphenol ICC (FCI) 601760006

CS Electronics 12G-HD-4444/2M

Data Storage Cables (DSC) C5555-2M

The Mate Company (TMC) C5555-2M

10112041-2020LFAmphenol ICC (FCI)

10117949-2020LF

Molex 1110751002

Amphenol ICC (FCI) 601760008

CS Electronics 12G-HD-4444/3M

10112041-2030LFAmphenol ICC (FCI)

10117949-4030LF

Molex 1110751003

6. Passive cables should only be used for direct (host-to-enclosure) connections.

21

User Guide

Table 22: Recommended IOM Port Connection Order

IOM 1st Host 2nd Host 3rd Host 4th Host 5th Host 6th Host

A A6 A4 A2 A5 A3 A1

B B1 B3 B5 B2 B4 B6

Edge Buffering

Edge buffering is an enclosure feature that increases the overall performance when a 6Gb/s target is connected. With edge buffering disabled, primitives that can be deleted from the initiator are added to slow the effective logical rate to the slowest target device connected between the initiator and the target device. With edge buffering enabled, the expanders buffer data from slower 6Gb/s targets to utilize the 12Gb/s link from the expander to the initiator in a more efficient manner.

1.17 Supported SKUs

The following table lists the versions of this HGST product that are supported by this document.

Table 23: List of Supported SKUs

1. Overview

1.17 Supported SKUs

1ES1157 1ES1158 1ES1159 1ES1160 1ES1161 1ES1162

1ES1163 1ES1164 1ES1234 1ES1235 1ES1236 1ES1237

1ES1238 1ES1239 1ES1240 1ES1241 1ES0347 1ES0348

1ES0349 1ES0350 1ES0351 1ES0352 1ES0353 1ES0354

1ES0355 1ES0356 1ES0357 1ES0358 1ES0359 1ES0360

1ES0361 1ES0362 1ES0363 1ES0364 1ES0365 1ES0366

1ES0367 1ES0368 1ES0369 1ES0370 1ES1461 1ES1462

1ES1463 1ES1464 1ES1465 1ES1466 1ES1467

1.18 List of Compatible Drives

HDD with 3.5-inch Drive Carrier

Table 24: Western Digital Ultrastar DC HC310

Drive Type Interface

Ultrastar DC HC310 w/ 3.5 in. drive carrier

HDD SATA 6Gb/s 512e SE 6TB 1EX1189

SKUs

Sector

Size

Encryption Volume Part Number

Ultrastar DC HC310 w/ 3.5 in. drive carrier

Ultrastar DC HC310 HDD SATA 6Gb/s 4Kn TCG 6TB 1EX1186

HDD SATA 6Gb/s 512e TCG 6TB 1EX1188

HDD SATA 6Gb/s 4Kn SE 6TB 1EX1187

22

User Guide

1. Overview

1.18 List of Compatible Drives

Drive Type Interface

w/ 3.5 in. drive carrier

Ultrastar DC HC310 w/ 3.5 in. drive carrier

HDD SAS 12Gb/s 512e SE 6TB 1EX1185

HDD SAS 12Gb/s 512e TCG 6TB 1EX1184

HDD SAS 12Gb/s 512e TCG-FIPS 6TB 1EX1853

HDD SAS 12Gb/s 4Kn SE 6TB 1EX1183

HDD SAS 12Gb/s 4Kn TCG 6TB 1EX1182

HDD SAS 12Gb/s 4Kn TCG-FIPS 6TB 1EX1852

Table 25: Western Digital Ultrastar DC HC320

Drive Type Interface

Ultrastar DC HC320 w/ 3.5 in. drive carrier

HDD SATA 6Gb/s 512e SE 8TB 1EX1227

Sector

Size

Sector

Size

Encryption Volume Part Number

Ultrastar DC HC320 w/ 3.5 in. drive carrier

HDD SATA 6Gb/s 512e SED 8TB 1EX1226

HDD SATA 6Gb/s 4Kn SE 8TB 1EX1225

HDD SATA 6Gb/s 4Kn TCG 8TB 1EX1224

HDD SAS 12Gb/s 512e SE 8TB 1EX1223

HDD SAS 12Gb/s 512e TCG 8TB 1EX1222

HDD SAS 12Gb/s 512e TCG-FIPS 8TB 1EX1343

HDD SAS 12Gb/s 4Kn SE 8TB 1EX1221

HDD SAS 12Gb/s 4Kn TCG 8TB 1EX1220

HDD SAS 12Gb/s 4Kn TCG-FIPS 8TB 1EX1342

23

User Guide

Table 26: Western Digital Ultrastar DC HC330

1. Overview

1.18 List of Compatible Drives

Drive Type Interface

Ultrastar DC HC330 w/ 3.5 in. drive carrier

Sector

Size

HDD SATA 6Gb/s 512e SE 10TB 1EX2440

HDD SATA 6Gb/s 512e SED 10TB 1EX2441

HDD SATA 6Gb/s 4Kn SE 10TB 1EX2438

HDD SATA 6Gb/s 4Kn SED 10TB 1EX2439

HDD SAS 12Gb/s 512e SE 10TB 1EX2435

HDD SAS 12Gb/s 512e TCG 10TB 1EX2436

HDD SAS 12Gb/s 512e TCG-FIPS 10TB 1EX2437

HDD SAS 12Gb/s 4Kn TCG 10TB 1EX2433

HDD SAS 12Gb/s 4Kn TCG-FIPS 10TB 1EX2434

Encryption Volume Part Number

Table 27: Western Digital Ultrastar DC HC510

Drive Type Interface

Ultrastar DC HC510 w/ 3.5 in. drive carrier

Ultrastar DC HC510 HDD SAS 12Gb/s 512e TCG 10TB 1EX0486

HDD SATA 6Gb/s 512e SE 10TB 1EX0499

HDD SATA 6Gb/s 512e ISE 10TB 1EX0497

HDD SATA 6Gb/s 512e SED 10TB 1EX0498

HDD SATA 6Gb/s 4Kn SE 10TB 1EX0496

HDD SATA 6Gb/s 4Kn ISE 10TB 1EX0494

HDD SATA 6Gb/s 4Kn SED 10TB 1EX0495

HDD SAS 12Gb/s 512e SE 10TB 1EX0487

HDD SAS 12Gb/s 512e ISE 10TB 1EX0485

Sector

Size

Encryption Volume Part Number

24

User Guide

1. Overview

1.18 List of Compatible Drives

Drive Type Interface

w/ 3.5 in. drive carrier

Ultrastar DC HC510 w/ 3.5 in. drive carrier

HDD SAS 12Gb/s 512e TCG-FIPS 10TB 1EX1341

HDD SAS 12Gb/s 4Kn SE 10TB 1EX0484

HDD SAS 12Gb/s 4Kn ISE 10TB 1EX0482

HDD SAS 12Gb/s 4Kn TCG 10TB 1EX0483

HDD SAS 12Gb/s 4Kn TCG-FIPS 10TB 1EX1340

Table 28: Western Digital Ultrastar DC HC520

Drive Type Interface

Ultrastar DC HC520 w/ 3.5 in. drive carrier

HDD SATA 6Gb/s 512e SE 12TB 1EX1015

HDD SATA 6Gb/s 512e ISE 12TB 1EX1013

Sector

Size

Sector

Size

Encryption Volume Part Number

Ultrastar DC HC520 w/ 3.5 in. drive carrier

HDD SATA 6Gb/s 512e SED 12TB 1EX1014

HDD SATA 6Gb/s 4Kn SE 12TB 1EX1012

HDD SATA 6Gb/s 4Kn ISE 12TB 1EX1010

HDD SATA 6Gb/s 4Kn SED 12TB 1EX1011

HDD SAS 12Gb/s 512e SE 12TB 1EX1009

HDD SAS 12Gb/s 512e ISE 12TB 1EX1007

HDD SAS 12Gb/s 512e TCG 12TB 1EX1008

HDD SAS 12Gb/s 512e TCG-FIPS 12TB 1EX1338

HDD SAS 12Gb/s 4Kn SE 12TB 1EX1006

HDD SAS 12Gb/s 4Kn ISE 12TB 1EX1004

Ultrastar DC HC520 w/ 3.5 in. drive carrier

HDD SAS 12Gb/s 4Kn TCG 12TB 1EX1005

25

User Guide

1. Overview

1.18 List of Compatible Drives

Drive Type Interface

Ultrastar DC HC520 w/ 3.5 in. drive carrier

HDD SAS 12Gb/s 4Kn TCG-FIPS 12TB 1EX1339

Table 29: Western Digital Ultrastar DC HC530

Drive Type Interface

Ultrastar DC HC530 w/ 3.5 in. drive carrier

HDD SATA 6Gb/s 512e SE 14TB 1EX1793

HDD SATA 6Gb/s 512e SED 14TB 1EX1794

HDD SATA 6Gb/s 4Kn SE 14TB 1EX1790

HDD SAS 12Gb/s 512e SE 14TB 1EX1791

HDD SAS 12Gb/s 512e ISE 14TB 1EX1583

HDD SAS 12Gb/s 512e TCG 14TB 1EX1792

Sector

Size

Sector

Size

Encryption Volume Part Number

Ultrastar DC HC530 w/ 3.5 in. drive carrier

HDD SAS 12Gb/s 512e TCG-FIPS 14TB 1EX1855

HDD SAS 12Gb/s 4Kn SE 14TB 1EX1788

HDD SAS 12Gb/s 4Kn TCG 14TB 1EX1789

HDD SAS 12Gb/s 4Kn TCG-FIPS 14TB 1EX1854

Table 30: Western Digital Ultrastar DC HC550

Drive Type Interface

Ultrastar DC HC550 w/ 3.5 in. drive carrier

HDD SATA 6Gb/s 512e SE 16TB 1EX2476

HDD SATA 6Gb/s 512e SED 16TB 1EX2477

HDD SAS 12Gb/s 512e SE 16TB 1EX2473

HDD SAS 12Gb/s 512e TCG 16TB 1EX2474

Sector

Size

Encryption Volume Part Number

Ultrastar DC HC550 w/ 3.5 in. drive carrier

Ultrastar DC HC550 HDD SATA 6Gb/s 512e SE 18TB 1EX2481

HDD SAS 12Gb/s 512e TCG-FIPS 16TB 1EX2475

26

User Guide

1. Overview

1.18 List of Compatible Drives

Drive Type Interface

w/ 3.5 in. drive carrier

Ultrastar DC HC550 w/ 3.5 in. drive carrier

HDD SATA 6Gb/s 512e SED 18TB 1EX2482

HDD SAS 12Gb/s 512e SE 18TB 1EX2478

HDD SAS 12Gb/s 512e TCG 18TB 1EX2479

HDD SAS 12Gb/s 512e TCG-FIPS 18TB 1EX2480

SSD with 2.5-inch Drive Carrier

Table 31: Western Digital Ultrastar SS300

Drive Type Interface Drive Writes Encryption Volume

Ultrastar SS300 w/ 2.5 in. drive carrier

SSD SAS 12Gb/s RI-3DW/D SE 400GB

SSD SAS 12Gb/s RI-3DW/D ISE 400GB

Sector

Size

Encryption Volume Part Number

Part

Number

No longer

available

No longer

available

Ultrastar SS300 w/ 2.5 in. drive carrier

SSD SAS 12Gb/s RI-3DW/D TCG 400GB

SSD SAS 12Gb/s RI-3DW/D TCG-FIPS 400GB

SSD SAS 12Gb/s ME-10DW/D SE 400GB

SSD SAS 12Gb/s ME-10DW/D ISE 400GB

SSD SAS 12Gb/s ME-10DW/D TCG 400GB

SSD SAS 12Gb/s ME-10DW/D TCG-FIPS 400GB

SSD SAS 12Gb/s RI-3DW/D SE 800GB

SSD SAS 12Gb/s RI-3DW/D ISE 800GB

SSD SAS 12Gb/s RI-3DW/D TCG 800GB

SSD SAS 12Gb/s RI-3DW/D TCG-FIPS 800GB

No longer

available

No longer

available

No longer

available

No longer

available

No longer

available

No longer

available

No longer

available

No longer

available

No longer

available

No longer

available

Ultrastar SS300 w/ 2.5 in. drive carrier

SSD SAS 12Gb/s ME-10DW/D SE 800GB

No longer

available

27

User Guide

1. Overview

1.18 List of Compatible Drives

Drive Type Interface Drive Writes Encryption Volume

Ultrastar SS300 w/ 2.5 in. drive carrier

SSD SAS 12Gb/s ME-10DW/D ISE 800GB

SSD SAS 12Gb/s ME-10DW/D TCG 800GB

SSD SAS 12Gb/s ME-10DW/D TCG-FIPS 800GB

SSD SAS 12Gb/s RI-3DW/D ISE 1.6TB

SSD SAS 12Gb/s RI-3DW/D TCG-FIPS 1.6TB

SSD SAS 12Gb/s ME-10DW/D TCG-FIPS 1.6TB

SSD with 3.5-inch to 2.5-inch Drive Carrier

Table 32: Western Digital Ultrastar SS200

Drive Type Interface Drive Writes Encryption Volume

Ultrastar SS200 w/ 3.5 in. to 2.5 in. drive carrier

SSD SAS 12Gb/s RI-3DW/D SE 400GB

Part

Number

No longer

available

No longer

available

No longer

available

No longer

available

No longer

available

No longer

available

Part

Number

No longer

available

Ultrastar SS200 w/ 3.5 in. to 2.5 in. drive carrier

SSD SAS 12Gb/s RI-3DW/D ISE 400GB

SSD SAS 12Gb/s RI-3DW/D TCG 400GB

SSD SAS 12Gb/s RI-3DW/D TCG-FIPS 400GB

SSD SAS 12Gb/s RI-1DW/D TCG 480GB

SSD SAS 12Gb/s RI-3DW/D SE 800GB

SSD SAS 12Gb/s RI-3DW/D ISE 800GB

SSD SAS 12Gb/s RI-3DW/D TCG 800GB

SSD SAS 12Gb/s RI-1DW/D TCG 960GB

SSD SAS 12Gb/s RI-3DW/D SE 1.6TB

SSD SAS 12Gb/s RI-3DW/D ISE 1.6TB

No longer

available

No longer

available

No longer

available

No longer

available

No longer

available

No longer

available

No longer

available

No longer

available

No longer

available

No longer

available

28

User Guide

1. Overview

1.18 List of Compatible Drives

Drive Type Interface Drive Writes Encryption Volume

Ultrastar SS200 w/ 3.5 in. to 2.5 in. drive carrier

SSD SAS 12Gb/s RI-3DW/D TCG 1.6TB

SSD SAS 12Gb/s RI-1DW/D TCG 1.92TB

SSD SAS 12Gb/s RI-3DW/D ISE 3.2TB

SSD SAS 12Gb/s RI-1DW/D ISE 3.84TB

SSD SAS 12Gb/s RI-1DW/D SE 7.68TB

Table 33: Western Digital Ultrastar SS300

Drive Type Interface Drive Writes Encryption Volume

Ultrastar SS300 w/ 3.5 in. to 2.5 in. drive carrier

SSD SAS 12Gb/s RI-3DW/D SE 400GB

SSD SAS 12Gb/s RI-3DW/D ISE 400GB

Part

Number

No longer

available

No longer

available

No longer

available

No longer

available

No longer

available

Part

Number

No longer

available

No longer

available

Ultrastar SS300 w/ 3.5 in. to 2.5 in. drive carrier

SSD SAS 12Gb/s RI-3DW/D TCG 400GB

SSD SAS 12Gb/s ME-10DW/D SE 400GB

SSD SAS 12Gb/s ME-10DW/D ISE 400GB

SSD SAS 12Gb/s ME-10DW/D TCG 400GB

SSD SAS 12Gb/s ME-10DW/D TCG-FIPS 400GB

SSD SAS 12Gb/s RI-3DW/D SE 800GB

SSD SAS 12Gb/s RI-3DW/D ISE 800GB

SSD SAS 12Gb/s RI-3DW/D TCG 800GB

SSD SAS 12Gb/s RI-3DW/D TCG-FIPS 800GB

SSD SAS 12Gb/s ME-10DW/D SE 800GB

No longer

available

No longer

available

No longer

available

No longer

available

No longer

available

No longer

available

No longer

available

No longer

available

No longer

available

No longer

available

Ultrastar SS300 w/ 3.5 in. to 2.5 in. drive carrier

SSD SAS 12Gb/s ME-10DW/D ISE 800GB

No longer

available

29

User Guide

1. Overview

1.18 List of Compatible Drives

Drive Type Interface Drive Writes Encryption Volume

Ultrastar SS300 w/ 3.5 in. to 2.5 in. drive carrier

SSD SAS 12Gb/s ME-10DW/D TCG 800GB

SSD SAS 12Gb/s ME-10DW/D TCG-FIPS 800GB

SSD SAS 12Gb/s RI-3DW/D SE 1.6TB

SSD SAS 12Gb/s RI-3DW/D ISE 1.6TB

SSD SAS 12Gb/s RI-3DW/D TCG 1.6TB

SSD SAS 12Gb/s RI-3DW/D TCG-FIPS 1.6TB

SSD SAS 12Gb/s RI-10DW/D SE 1.6TB

SSD SAS 12Gb/s RI-10DW/D ISE 1.6TB

SSD SAS 12Gb/s RI-10DW/D TCG 1.6TB

Part

Number

No longer

available

No longer

available

No longer

available

No longer

available

No longer

available

No longer

available

No longer

available

No longer

available

No longer

available

Ultrastar SS300 w/ 3.5 in. to 2.5 in. drive carrier

SSD SAS 12Gb/s ME-10DW/D TCG-FIPS 1.6TB

SSD SAS 12Gb/s RI-3DW/D SE 3.2TB

SSD SAS 12Gb/s RI-3DW/D ISE 3.2TB

Table 34: Western Digital Ultrastar SS530

Drive Type Interface Drive Writes Encryption Volume

Ultrastar SS530 w/ 3.5 in. to 2.5 in. drive carrier

SSD SAS 12Gb/s RI-3DW/D SE 400GB 1EX2020

SSD SAS 12Gb/s RI-3DW/D ISE 400GB 1EX2021

SSD SAS 12Gb/s RI-3DW/D TCG 400GB 1EX2087

SSD SAS 12Gb/s ME-10DW/D SE 400GB 1EX2012

SSD SAS 12Gb/s ME-10DW/D ISE 400GB 1EX2013

No longer

available

No longer

available

No longer

available

Part

Number

Ultrastar SS530 w/ 3.5 in. to 2.5 in. drive carrier

Ultrastar SS530 SSD SAS 12Gb/s RI-1DW/D SE 480GB 1EX2030

SSD SAS 12Gb/s ME-10DW/D TCG 400GB 1EX2083

30

User Guide

1. Overview

1.18 List of Compatible Drives

Drive Type Interface Drive Writes Encryption Volume

w/ 3.5 in. to 2.5 in. drive carrier

Ultrastar SS530 w/ 3.5 in. to 2.5 in. drive carrier

Part

Number

SSD SAS 12Gb/s RI-1DW/D ISE 480GB 1EX2031

SSD SAS 12Gb/s RI-1DW/D TCG 480GB 1EX2092

SSD SAS 12Gb/s RI-3DW/D SE 800GB 1EX2022

SSD SAS 12Gb/s RI-3DW/D ISE 800GB 1EX2023

SSD SAS 12Gb/s RI-3DW/D TCG 800GB 1EX2088

SSD SAS 12Gb/s ME-10DW/D SE 800GB 1EX2014

SSD SAS 12Gb/s ME-10DW/D ISE 800GB 1EX2015

SSD SAS 12Gb/s ME-10DW/D TCG 800GB 1EX2084

SSD SAS 12Gb/s RI-1DW/D SE 960GB 1EX2032

Ultrastar SS530 w/ 3.5 in. to 2.5 in. drive carrier

SSD SAS 12Gb/s RI-1DW/D ISE 960GB 1EX2033

SSD SAS 12Gb/s RI-1DW/D TCG 960GB 1EX2093

SSD SAS 12Gb/s RI-3DW/D SE 1.6TB 1EX2024

SSD SAS 12Gb/s RI-3DW/D ISE 1.6TB 1EX2025

SSD SAS 12Gb/s RI-3DW/D TCG 1.6TB 1EX2089

SSD SAS 12Gb/s ME-10DW/D SE 1.6TB 1EX2016

SSD SAS 12Gb/s ME-10DW/D ISE 1.6TB 1EX2017

SSD SAS 12Gb/s ME-10DW/D TCG 1.6TB 1EX2085

SSD SAS 12Gb/s RI-1DW/D SE 1.92TB 1EX2034

SSD SAS 12Gb/s RI-1DW/D ISE 1.92TB 1EX2035

Ultrastar SS530 w/ 3.5 in. to 2.5 in. drive carrier

SSD SAS 12Gb/s RI-1DW/D TCG 1.92TB 1EX2094

31

User Guide

1. Overview

1.18 List of Compatible Drives

Drive Type Interface Drive Writes Encryption Volume

Ultrastar SS530 w/ 3.5 in. to 2.5 in. drive carrier

Part

Number

SSD SAS 12Gb/s RI-3DW/D SE 3.2TB 1EX2026

SSD SAS 12Gb/s RI-3DW/D ISE 3.2TB 1EX2027

SSD SAS 12Gb/s RI-3DW/D TCG 3.2TB 1EX2090

SSD SAS 12Gb/s ME-10DW/D SE 3.2TB 1EX2018

SSD SAS 12Gb/s ME-10DW/D ISE 3.2TB 1EX2019

SSD SAS 12Gb/s ME-10DW/D TCG 3.2TB 1EX2086

SSD SAS 12Gb/s RI-1DW/D SE 3.84TB 1EX2036

SSD SAS 12Gb/s RI-1DW/D ISE 3.84TB 1EX2037

SSD SAS 12Gb/s RI-1DW/D TCG 3.84TB 1EX2095

Ultrastar SS530 w/ 3.5 in. to 2.5 in. drive carrier

SSD SAS 12Gb/s RI-3DW/D SE 6.4TB 1EX2028

SSD SAS 12Gb/s RI-3DW/D ISE 6.4TB 1EX2029

SSD SAS 12Gb/s RI-3DW/D TCG 6.4TB 1EX2091

SSD SAS 12Gb/s RI-1DW/D SE 7.68TB 1EX2038

SSD SAS 12Gb/s RI-1DW/D ISE 7.68TB 1EX2039

SSD SAS 12Gb/s RI-1DW/D TCG 7.68TB 1EX2096

SSD SAS 12Gb/s RI-1DW/D SE 15.36TB 1EX2040

SSD SAS 12Gb/s RI-1DW/D ISE 15.36TB 1EX2041

SSD SAS 12Gb/s RI-1DW/D TCG 15.36TB 1EX2097

32

User Guide

Table 35: Western Digital Ultrastar SA620

1. Overview

1.18 List of Compatible Drives

Drive Type Interface Drive Writes Encryption Volume

Ultrastar SA620 w/ 3.5 in. to 2.5 in. drive carrier

SSD SATA 6Gb/s RI-1.8DW/D SE 400GB

SSD SATA 6Gb/s RI-1.8DW/D ISE 400GB

SSD SATA 6Gb/s RI-0.6DW/D SE 480GB

SSD SATA 6Gb/s RI-0.6DW/D ISE 480GB

SSD SATA 6Gb/s RI-1.8DW/D SE 800GB

SSD SATA 6Gb/s RI-1.8DW/D ISE 800GB

SSD SATA 6Gb/s RI-0.6DW/D SE 960GB

SSD SATA 6Gb/s RI-0.6DW/D ISE 960GB

SSD SATA 6Gb/s RI-1.8DW/D SE 1.6TB

Part

Number

No longer

available

No longer

available

No longer

available

No longer

available

No longer

available

No longer

available

No longer

available

No longer

available

No longer

available

Ultrastar SA620 w/ 3.5 in. to 2.5 in. drive carrier

SSD SATA 6Gb/s RI-1.8DW/D ISE 1.6TB

SSD SATA 6Gb/s RI-0.6DW/D SE 1.92TB

SSD SATA 6Gb/s RI-0.6DW/D ISE 1.92TB

No longer

available

No longer

available

No longer

available

33

Western Digital

Components

This section is intended to give an overview of all of the major components contained within the Ultrastar Data60 . Each section includes specifications, descriptions, and images that explain the features of each component.

In This Chapter:

- Chassis...........................................................35

- IOM.................................................................38

- PSU.................................................................40

- Rear Fan........................................................ 42

- IOM Fan......................................................... 44

- Rails................................................................46

- CMA................................................................49

- 3.5in HDD Assembly.....................................52

- 2.5in SSD Assembly......................................55

34

User Guide

2.1 Chassis

Figure 14: Ultrastar Data60 Chassis

2. Components

2.1 Chassis

The chassis is the primary housing that contains and connects all of the system components of the Ultrastar Data60 . The chassis is comprised of the drive bay that contains all of the system data storage drives and a number of other bays that contain the major system components, such as the PSUs and IOMs. Other system components are attached to the exterior of the chassis, such as the rear fans and rails to provide system cooling andrackmounting capability. The chassis also houses the baseboard, which is mounted inside the bottom of the chassis and is the primary data pathway that connects all of the enclosure's system components. The chassis has internal backflow preventers to prevent hot air from re-entering the enclosure.

2.1.1 Chassis Specifications

Specification Value

Dimensions 447 mm (W) x 807 mm (L) x 172.7 mm (H) /

Part Number 1EX0443 (dual IOMs) /

Hot Swappable? No

Weight 20 kg / 44 lbs

17.6 in. (W) x 31.77 in. (L) x 6.8 in. (H)

1EX0442 (single IOM)

35

User Guide

2.1.2 Chassis Layout

Figure 15: Chassis Component Locations

2. Components

2.1 Chassis

Table 36: Chassis Component Descriptions

Number Feature

1 IOM and IOM Fan Bay

2 Drive Bays

3 Chassis Handles

4 Rear Fans Bays

5 PSU Bays

6 IOM A Dual HD-Mini SAS Ports (x6)

7 IOM B Dual HD-Mini SAS Ports (x6)

1GB Ethernet Port (x1)

36

User Guide

The Chassis has a removable lid that encloses the internal system components and ensures proper airflow. The drive bays are comprised of 16 sections that isolate the data storage drives from transmitting vibration to one another. A long central bay contains the enclosure's IOMs and the IOM Fan. The front of the Chassis has a metal mesh cover and two handles that swing out from the chassis, which are used to pull the enclosure out of the rack. Two rack ears at the front of the enclosure are used to secure the enclosure to the rack for shipping purposes. The rear of the Chassis has two housings to shroud and connect the four Rear Fans to the enclosure, and a center bay that houses the PSU modules.

2. Components

2.1 Chassis

Warning: The handles on the front of the chassis are not intended to be used to support the weight of the Ultrastar Data60 . Lifting the unit by the chassis handles or trying to support the unit on the handles can cause them to fail. This can cause serious damage to the unit or serious bodily harm to those handling the unit. Always team lift the chassis by gripping the underside of the unit, and never try to lift a chassis that is filled with drives.

37

User Guide

2.2 IOM

Figure 16: Ultrastar Data60 IOM

2.2.1 IOM Specifications

Each IOM provides system data connectivity through 6 Mini-SAS HD ports, capable of four 12Gbps SAS connections each. The IOMs are N+1 redundant, hot-swappable components. The IOMs are installed into the central bay from the top of the Chassis and connects to the drive board. The baseboard completes the connection to the Mini-SAS HD ports, which extend out the rear of the enclosure. Each IOM contains a primary and two SAS expander chips, and an out-of-band management (OOBM) chip that connects to the management port on the rear of the enclosure.

Specification Value

Connector Type x6 HD Mini-SAS

(connected externally at the rear of the enclosure)

2. Components

2.2 IOM

Number per Enclosure 2

Part Number 1EX2201

Hot Swappable? Yes

FRU or CRU? CRU

Weight 1.27 kg / 2.8 lbs

38

User Guide

2.2.2 IOM Layout

Figure 17: IOM Component Locations

2. Components

2.2 IOM

Table 37: IOM Component Descriptions

Number Feature

1 IOM Handles

2 Latch Release

3 Internal IO Connector

4 Card Edge Power Receptacle

5 Internal IO Connector

2.2.3 IOM Blank

Figure 18: Ultrastar Data60 IOM Blank

The IOM Blank is a placeholder component for filling the unused IOM slot in versions of the Ultrastar Data60 that do not leverage redundant IOMs. The IOM Blank may only be installed into IOM slot B under all circumstances. From the front of the enclosure, slot B is the left-hand slot. It is necessary to have a blank installed in this unused slot in order to ensure the airflow remains within the operational parameters designed for the enclosure; the IOM Blank has no function beyond this.

39

User Guide

2.3 PSU

Figure 19: Ultrastar Data60 PSU

2. Components

2.3 PSU

The Ultrastar Data60 contains redundant 1600W Power Supply Units (PSUs). Each PSU requires an input voltage between 200 - 240 VAC. The PSUs are 80 PLUS Platinum certified and utilize C14 power cable receptacles.

2.3.1 PSU Specifications

Specification Value

Power Output 1600W

80 PLUS Standard Platinum

Input Voltage 200 - 240 VAC

Connector Type C14

Number per Enclosure 2

Part Number 1EX0434

Hot Swappable? Yes

FRU or CRU? CRU

Weight 1 kg / 2.2 lbs.

40

User Guide

2.3.2 PSU Layout

Figure 20: PSU Component Locations

2. Components

2.3 PSU

Table 38: PSU Component Descriptions

Number Feature

1 Internal Connector

2 C14 Power Receptacle

3 Latch Release Lever

4 Fan

5 Handle

41

User Guide

2.4 Rear Fan

Figure 21: Ultrastar Data60 Rear Fan

2. Components

2.4 Rear Fan

The Rear Fans are toolless modules that provide the primary system cooling for the Ultrastar Data60 . They are attached inside the fan housing at the rear of the chassis by two latches and a 6-pin connector, which also provides power and control signals to the modules.

2.4.1 Rear Fan Specifications

Specification Value

Number per Enclosure 4

Part Number 1EX0433

Hot Swappable? Yes

FRU or CRU? CRU

Weight 318 g / .7 lbs

42

User Guide

2.4.2 Rear Fan Layout

Figure 22: Rear Fan Component Locations

2. Components

2.4 Rear Fan

Table 39: Rear Fan Component Descriptions

Number Feature

1 Fan

2 Latch Releases

3 Internal Power and IO Connector

43

User Guide

2.5 IOM Fan

Figure 23: Ultrastar Data60 IOM Fan

2. Components

2.5 IOM Fan

The IOM Fan is designed to focus cooling on the enclosure's IOMs. It is installed into the central bay of the chassis and is accessed from the top of the enclosure through the removable cover. It is attached to the chassis via a toolless release mechanism that allows for easy replacement.

2.5.1 IOM Fan Specifications

Specification Value

Number per Enclosure 1

Part Number 1EX0432

Hot Swappable? Yes

FRU or CRU? CRU

Weight 181.4 g / .4 lbs

44

User Guide

2.5.2 IOM Fan Layout

Figure 24: IOM Fan Component Locations

2. Components

2.5 IOM Fan

Table 40: IOM Fan Component Descriptions

Number Feature

1 Latch Mechanism

2 Fan Module

3 Internal Connector

45

User Guide

2.6 Rails

Figure 25: Ultrastar Data60 Rails

2.6.1 Rails Specifications

2. Components

2.6 Rails

The Ultrastar Data60 is installed into a rack using a toolless-attach rail system. Each rail is a two-piece assembly, with one rail that attaches directly to the chassis (inner rail) and another (outer rail) that attaches to the rack. The inner rail comes nested inside the outer rail and can be accessed by sliding it out of the outer rail. The outer rails attach to the rack and receive the chassis to support it inside the rack. The outer rails attach to vertical rack rails, which should be set between 24 in.-32 in.. The toolless design allows an installer to attach the rails to a rack without any tools, which simplifies installation. Once they are attached, they can be secured with the included M5 screws and washers.

Specification Value

Length 1028.7 mm / 40.5 in.

Part Number 1EX0436

Hot Swappable? No

FRU or CRU? CRU

Weight 6.07 kg total (3.03 kg per rail) / 13.4 lbs. total (6.7 per rail)

46

User Guide

2.6.2 Rails Layout

Figure 26: Rails Component Locations

2. Components

2.6 Rails

Table 41: Rails Component Descriptions

Number Features

1 Upper CMA Connector

2 Lower CMA Connector

3 Rear Rack Mounting Bracket

4 Rear Latch Release

5 Rear Cover Alignment Bracket

6 Inner Rail

7 Front Rack Mounting Bracket and Latch Release

47

User Guide

2.6.3 Rear Cover Alignment Bracket

Figure 27: Ultrastar Data60 Rear Cover

Alignment Brackets

2. Components

2.6 Rails

The Rear Cover Alignment Brackets are designed to keep the top cover of the Chassis in the rack while extending the Ultrastar Data60 out of the rack for servicing. The Rear Cover Alignment Brackets attach to the rear vertical rack rails and rest on top of the toolless rail system.

48

User Guide

2.7 CMA

Figure 28: Ultrastar Data60 CMA

The Ultrastar Data60 CMA is a two-arm design that separates the connections to the two sides of the enclosure. The lower arm supports the cables that connect to the dual SAS ports and Ethernet on the right hand side of the unit as viewed from the rear, as well as the lower PSU power cord. The upper arm supports the left hand ports and the upper PSU power cord. Each arm is attached to the Ultrastar Data60 by one clip at the elbow and two at the other end. The cables are secured to the arms by plastic clips called baskets that can be opened at the top to adjust, add, or remove cables. The arms can also be moved into a service position by unclipping them from the elbow end of the arm and swinging them away from the enclosure when the enclosure is fully inserted in a rack. This provides access to connections and components at the rear of the system without having to remove the CMA or disconnect any of the cabling.

2. Components

2.7 CMA

The cable management assembly (CMA) protects and manages the cables connected to the PSU ports, SAS ports, and Ethernet ports. It prevents damage to the port connectors and the cables throughout the full travel of the enclosure as it is pulled out of the rack for servicing. This motion ensures that the cables contained by the CMA arm do not snag or get pulled out of the ports as the enclosure moves.

2.7.1 CMA Specifications

Specification Value

Extension Range 0 - 36 in.

Number per Enclosure 1 assembly (2 arms)

Part Number

Hot Swappable? No

Maximum Number of Cables

FRU or CRU? CRU

Weight 1.54 kg (0.77 per arm) / 3.4 lbs. (1.7 per arm)

12 SAS Cables

2 Power Cords

2 Ethernet Cables

49

User Guide

2.7.2 CMA Layout

Figure 29: CMA Component Locations

2. Components

2.7 CMA

Table 42: CMA Component Descriptions

Number Feature

1 Crossbar

2 Rail and Rack Connectors

3 Baskets (retain cables)

4 Arm

5 Elbow Connector

50

User Guide

2.7.3 CMA Cable Tray

Figure 30: Overview Image

The cable management assembly (CMA) comes with an optional tray that is used to support cable loads greater than ten (five per arm). The CMA Cable Tray is mounted at the bottom-rear of the chassis using four M3 x 8mm T10 Torx screws (two per side). It is useful in situations where cables might interfere with the lower U space beneath the chassis.

2. Components

2.7 CMA

51

User Guide

2.8 3.5in HDD Assembly

Figure 31: Ultrastar Data60 3.5in HDD

Assembly

2. Components

2.8 3.5in HDD Assembly

The 3.5in HDD Assembly is comprised of two parts: the storage drive and the drive carrier. The carrier attaches to the exterior of the data storage drive and caddies the drive into the enclosure. It stabilizes the motion of the drive into the drive bay so that the drive properly mounts onto the drive board.

2.8.1 3.5in HDD Assembly Specifications

Specification Value

Number per Enclosure up to 60 drives

Part Number See the List of Compatible Drives (page 22)

to find the specific part number required.

Hot Swappable? Yes

Weight .68 kg / 1.5 lbs.

52

User Guide

2.8.2 3.5in HDD Assembly Layout

Figure 32: 3.5in HDD Assembly Component Locations

2. Components

2.8 3.5in HDD Assembly

Table 43: 3.5in HDD Assembly Component Descriptions

Number Feature

1 Latches

2 Latch Release

3 IO and Power Connectors

4 Drive Carrier

5 Disk Drive

53

User Guide

2.8.3 3.5in Drive Blank

Figure 33: Ultrastar Data60 3.5in Drive

Blank

2. Components

2.8 3.5in HDD Assembly

The 3.5in Drive Blank is a placeholder component used to fill empty drive slots in the chassis when an Ultrastar Data60 enclosure is partially populated with drives. When the number of drives in a row is less then the total necessary to fill that row, the

3.5in Drive Blank is used to fill out the row in place of actual drives. The purpose of the 3.5in Drive Blank is to maintain proper airflow and cooling of the enclosure and the components within the enclosure. For more information on requirements for a partially populated enclosure, see Partial

Population Configurations (page 214).

54

User Guide

1

2

3

4

2.9 2.5in SSD Assembly

Figure 34: 2.5in SSD Assembly Component

Locations

2. Components

2.9 2.5in SSD Assembly

The 2.5in SSD Assembly is used to adapt a 2.5" form factor SSD to the 3.5" drive slots in the Ultrastar Data60 drive bays. This allows the enclosure to accommodate high speed SSD drives as its primary data storage medium. The carrier operates by utilizing an innovative clamping mechanism. The 2.5" drive is seated in the orientation shown the overview image. Then the clamp is inserted to apply pressure to the SSD and secure it in place.

Table 44: 2.5in SSD Assembly Component Descriptions

Number Feature

1 Drive Holder Clamp

2 SSD

3 Carrier Shell

4 Drive Latch Release

2.9.1 Operating the 2.5" Drive Carrier

Follow these steps to operate the clamping mechanism and install a 2.5" drive in the carrier.

Step 1 : Locate the release clips on the rear and press them inward to release the clamp.

55

User Guide

Step 2 : Slide the clamp in the direction shown in the following image to loosen it from the drive. Be

2. Components

2.9 2.5in SSD Assembly

Figure 35: Clamp Release (clamp shown in blue for visual clarity)

sure not to slide too far as this will allow the clamp to fall from the carrier body and it will have to be reinstalled.

Figure 36: Clamp Slide (clamp shown in blue for visual clarity)

Step 3 : Step 4 : Slide the clamp back toward the drive making sure that the two plastic pins on the side of the

Insert the 2.5" drive into the drive slot so that it is snug into the corner.

drive properly install into the drive screwholes. If these pins are not seated properly, unlatch the clamp and retry.

56

User Guide

2. Components

2.9 2.5in SSD Assembly

Figure 37: Clamp Pins (clamp shown in blue for visual clarity)

57

Western Digital

Support

In This Chapter:

- Part Replacement Service Window............59

- IOM Replacement.........................................59

- PSU Replacement.........................................62

- Rear Fan Replacement.................................66

- IOM Fan Replacement..................................69

- 3.5in HDD Assembly Replacement.............. 71

- CMA Replacement........................................75

- Rails Replacement........................................90

- Chassis Replacement.................................. 119

- Special Considerations for Cable

Routing.......................................................... 154

- Cabling for CMA..........................................156

58

User Guide

3.1 Part Replacement Service Window

The following table contains a time required and a replacement window related to each hot swappable replacement part within the enclosure. The time required for replacement is the expected amount of time it requires to replace the part. The replacement window is the amount of time that the enclosure can be open for servicing. If the enclosure cover is open for a period lasting longer than the replacement window, the enclosure may reduce access to drives and other components to reduce the occurrence of thermal issues.

Table 45: Replacement Service Window

Part Time Required Replacement Window

IOM 5 min 1 min

PSU 5 min 1 min

Rear Fan 5 min 1 min

IOM Fan 5 min 1 min

3.5in HDD Assembly 5 min 1 min

3. Support

3.1 Part Replacement Service Window

Attention: In the case of multiple part failures, a failed fan should always be replaced before any other part. Once the enclosure cover is open, the failed fan must be removed within a minute. The remainder of the fan replacement should be completed within the 5 minute window.

3.2 IOM Replacement

Before you begin:

Important: Standard zoning methods (i.e. WDDCS Tool, OOBM, sg_senddiag, or SMP zoning

commands) require each IOM to be configured individually. After replacing an IOM, zoning should be configured on it before the system is put back into production, otherwise, any host that is booted and has access to that IOM will see all drives. File-based zoning does not require individual IOM zoning configuration after replacement, as the zoning configuration is stored on the baseboard.

Personnel Required 1

Avg. Replacement Time 1 min

Max Replacement Time 5 min

Tool # Needed

None N/A N/A

Replacement Requirements

Required vs.

Recommended

59

User Guide

Step 1 : Grasp both handles at the front of the enclosure and pull with even pressure to extend the

3. Support

3.2 IOM Replacement

chassis out of the rack until it is stopped by the safety latches. The safety latches will prevent the enclosure from coming out of the rack completely and the cover will remain in the rack attached to the rear alignment brackets.

Figure 38: Chassis Handle Operation

Step 2 :

Step 3 : Uninstall the IOM(s).

Locate the faulty IOM by the amber LED that will be lit on top if there is a fault or by activating the identify LED on the IOM being replaced.

a. Locate the latch release on the IOM and press it in the direction shown in the following

image.

Figure 39: Unlatching the IOM

Grasp both handles, one handle in each hand, and lift evenly with both hands to ensure the

b.

IOM comes out straight. This will prevent any damage to the pins on the internal connectors.

60

User Guide

3. Support

3.2 IOM Replacement

Figure 40: Removing IOM

Step 4 : Step 5 : Install the IOM.

Remove the new IOM from its packaging.

Caution: If a pin on the IOM’s internal connectors is bent or damaged, the IOM will have to be replaced. For this reason it is imperative that the IOM is not forced into position, that it is inserted straight, and that the directions for installing the IOM are followed exactly.

Ensure that the handles on the IOM are not latched. To unlatch them, press the latch release

a.

in the direction shown in the following image.

Figure 41: Unlatching IOM Handles

b. Align the IOM with the empty slot on the top of the chassis so that the arrow on the IOM

latch release is facing toward the side shown in the following image.

c.

Slowly lower the IOM into the empty slot while being careful to keep it level. Do not to force it.

61

User Guide

3. Support

3.3 PSU Replacement

Figure 42: Installing the IOM

d. When the IOM is lowered fully, apply light pressure with both hands evenly on the IOM body,

not the handles, to seat the IOM in the connector. If the IOM won’t seat correctly, DO NOT FORCE IT. Instead, back the IOM out, check the pins to make sure none are damaged, and

try again.

e. Once the IOM is seated properly in the slot, close the handles until they latch closed.

Step 6 :

Step 7 : Check the fault LEDs on the IOM or on the enclosure's front and rear LED panels to determine if

Step 8 :

Push the chassis back into the rack. Verify that the fans have slowed to their regular RPM. This ensures that the enclosure is back to its proper cooling settings.

there is a firmware mismatch between the replacement IOM and the IOM that was not replaced.

If the fault LED is illuminated, open a command prompt on the host server and issue the

a.

following command using SG3_utils.

sg_ses <dev> -p 3

Remember to replace the <dev> field with the appropriate value related to the IOM in slot A.

b. Scan the output for the ESCE element status descriptor. If it is critical, then there is a

firmware mismatch.

c. To fix the firmware mismatch, perform an upgrade to the current firmware revision by

following the upgrade instructions here: Firmware Upgrade (page 161)

If zoning was configured via the WDDCS Tool, OOBM, sg_senddiag, or SMP zoning commands, these methods require each IOM to be configured individually. Configure zoning on the new IOM before the system is put back into production. For instructions on zoning, please see Zoning

(page 180).

3.3 PSU Replacement

Replacement Requirements

Personnel Required 1

Avg. Replacement Time 1 min

Max Replacement Time 5 min

62

User Guide

3. Support

3.3 PSU Replacement

Tool # Needed

None N/A N/A

Step 1 : Place the CMA(s) into service position.

a. Unlatch the CMA(s) from the rail at the elbow connector by pressing the blue release button.

Figure 43: Unlatching a CMA Connector

b. Swing the CMA(s) away from the enclosure.

The arm(s) should be extended away from the enclosure as shown in the following example.

c.

Required vs.

Recommended

Figure 44: CMA(s) in service position (Cables not shown)

Step 2 : Step 3 : Detach the retention clip from the PSU cable.

Locate the faulty PSU by finding the amber LED lit at the rear of the enclosure.

63

User Guide

3. Support

3.3 PSU Replacement

Figure 45: Cable Retention Mechanism

Step 4 : Remove the power cable from the faulty PSU. Step 5 : Uninstall the PSU.

a. Grasp the release lever and the metal handle in a downward pinching motion to release the

latching mechanism.

Figure 46: Uninstalling PSU

b. Pull the PSU straight out with even pressure.

Step 6 : Step 7 : Install the PSU.

Remove the new PSU from its packaging.

a. Align the PSU in the orientation shown in the following image.

Slide the PSU into the slot until it seats fully into the chassis.

b.

64

User Guide

3. Support

3.3 PSU Replacement

Figure 47: Installing the PSU

c. Plug the power cable into the receptacle at the back of the PSU. d. Loop the retention clip around the PSU cable and pinch it until the clip catches and locks in

place.

Figure 48: Cable Retention Mechanism

e.

Slide the retention clip forward until it stops near the cable connector. Doing this will ensure that the retention clip functions properly in the event the cable is pulled on for some reason.

65

User Guide

3. Support

3.4 Rear Fan Replacement

Figure 49: Cinching Cable Retention Clip

Step 8 :

Make sure the CMA(s) is in operational position by folding the arm(s) in toward the enclosure and attaching the elbow end(s) to the connector(s) attached to the rail. Verify that all of the cabling is in functional order and does not bind or catch.

3.4 Rear Fan Replacement

Personnel Required 1

Avg. Replacement Time 1 min

Max Replacement Time 5 min

Tool # Needed

None N/A N/A

Step 1 : Place the CMA(s) into service position.

a. Unlatch the CMA(s) from the rail at the elbow connector by pressing the blue release button.

Replacement Requirements

Required vs.

Recommended

66

User Guide

3. Support

3.4 Rear Fan Replacement

Figure 50: Unlatching a CMA Connector

b. Swing the CMA(s) away from the enclosure.

The arm(s) should be extended away from the enclosure as shown in the following example.

c.

Figure 51: CMA(s) in service position (Cables not shown)

Step 2 : To unlatch the rear fan from the fan housing, use one hand to press the clip at the top and

bottom of the fan and pull to free it from the chassis and remove it.

67

User Guide

3. Support

3.4 Rear Fan Replacement

Figure 52: Uninstalling the Rear Fan

Step 3 : Install Rear Fan

a. Orient the rear fan as shown in the following image.

Insert the rear fan into the housing as shown in the following image.

b.

68

User Guide

3. Support

3.5 IOM Fan Replacement

Figure 53: Installing the Rear Fan

Step 4 :

Make sure the CMA(s) is in operational position by folding the arm(s) in toward the enclosure and attaching the elbow end(s) to the connector(s) attached to the rail. Verify that all of the cabling is in functional order and does not bind or catch.

3.5 IOM Fan Replacement

Personnal Required 1

Avg. Replacement Time 1 min

Max Replacement Time 5 min

Tool # Needed

None N/A N/A

Step 1 : Grasp both handles at the front of the enclosure and pull with even pressure to extend the

chassis out of the rack until it is stopped by the safety latches. The safety latches will prevent the enclosure from coming out of the rack completely and the cover will remain in the rack attached to the rear alignment brackets.

Replacement Requirements

Required vs.

Recommended

69

User Guide

Step 2 : Remove the IOM Fan.

3. Support

3.5 IOM Fan Replacement

Figure 54: Chassis Handle Operation

a. With one hand, grasp around the center square of the fan housing as shown in the following

image. Pinch the IOM fan housing to release the latching mechanism and pull it straight out from the

b.

chassis.

Figure 55: Removing IOM Fan

Step 3 : Install the IOM Fan.

a. Align the IOM Fan as shown in the following image.

70

User Guide

3. Support

3.6 3.5in HDD Assembly Replacement

Figure 56: Installing the IOM Fan

b. Pinch the latch release mechanism slightly and carefully lower the IOM Fan into the slot.

Step 4 : Push the enclosure back into the rack to ensure proper cooling.

3.6 3.5in HDD Assembly Replacement

Replacement Requirements

Personnal Required 1

Avg. Replacement Time 1 min

Max Replacement Time 5 min

Tool # Needed

None N/A N/A

Step 1 : Grasp both handles at the front of the enclosure and pull with even pressure to extend the

chassis out of the rack until it is stopped by the safety latches. The safety latches will prevent the enclosure from coming out of the rack completely and the cover will remain in the rack attached to the rear alignment brackets.

Required vs.

Recommended

71

User Guide

Only extend the enclosure out of the rack as far as is needed to reach the drive being replaced.

Step 2 : Locate the faulty 3.5in HDD Assembly by finding the illuminated amber LED or by activating the

3. Support

3.6 3.5in HDD Assembly Replacement

Figure 57: Chassis Handle Operation

identification LED for the drive to be replaced.

Figure 58: HDD Assembly LED

Step 3 : Follow these steps to remove a 3.5in HDD Assembly.

a. Find the latch release mechanism on the 3.5in HDD Assembly being removed.

Insert a finger and a thumb into the latch release and pinch to unlatch the 3.5in HDD

b.

Assembly.

72

User Guide

3. Support

3.6 3.5in HDD Assembly Replacement

Figure 59: Unlatch Drive Carrier (IOM Not Shown)

c. Lift the 3.5in HDD Assembly free from the enclosure.

Figure 60: Removing 3.5in HDD Assembly

Step 4 : Step 5 : Install the 3.5in HDD Assembly.

Remove the new 3.5in HDD Assembly from its packaging.

73

User Guide

3. Support

3.6 3.5in HDD Assembly Replacement

Note: The 2.5in SSD Assembly is installed in the same manner as the 3.5in HDD Assembly. For instructions on assembling the 2.5in SSD Assembly, see Operating the 2.5" Drive Carrier (page ).

a. Ensure that the enclosure has been pulled out of the rack until the rail latches engage.

Find the LED pointer on the top of the drive carrier. This pointer should point toward the

b.

front of the unit as shown in the following image.

Figure 61: LED Pointer Orientation

c. Align the drive with the empty slot that will receive it. Lower it into the slot, making sure it

stays level and does not snag.

74

User Guide

3. Support

3.7 CMA Replacement

Figure 62: Installing a 3.5in HDD Assembly

d. Pinch the latch release and carefully press downward to seat the 3.5in HDD Assembly the

rest of the way.

Step 6 :

Push the enclosure back into the rack to ensure proper cooling.

3.7 CMA Replacement

Personnal Required

Avg. Replacement Time

Max Replacement Time

# 2 Philips Screwdriver Required

Cable Ties (for configurations with greater than 10 total cables) Recommended

Tape Measure Recommended

Low-Profile M4 x 3.2mm Philips screws Recommended

Step 1 : Place the CMA(s) into the service position.

a. Unlatch the CMA(s) at the elbow connector by pressing the blue release button to unlatch

the connector from the rail.

Replacement Requirements

1

15m

Tool Required vs. Recommended

75

User Guide

Step 2 : Disconnect the Enclosure from power.

Figure 63: Unlatching a CMA Connector

b. Swing the CMA(s) away from the enclosure. c. The CMA arm(s) should be extended away from the enclosure.

a. Locate the redundant PSUs at the rear of the enclosure.

Detach the cable retention clip from both power cords.

b.

3. Support

3.7 CMA Replacement

Figure 64: Cable Retention Mechanism

c. Power down the enclosure by disconnecting both power cables, one from each PSU.

Step 3 : Step 4 : Uncable the CMA(s).

Disconnect the remaining cables from the enclosure.

a. Open all of the baskets on the CMA.

76

User Guide

3. Support

3.7 CMA Replacement

Figure 65: Open Baskets

b. Remove one cable from the CMA at a time making sure not to put too much strain on the

arm.

c. Repeat these steps to remove the cables from the second arm.

Step 5 : Unlatch all of the connectors that attach the CMA(s) to the enclosure and the rail by locating

the latch release button and pressing it from either side of the latch. There are three total connections that need to be removed, one at the elbow and two at the opposite end.

Figure 66: Unlatching a CMA Connector

Step 6 : Grasp both handles at the front of the enclosure and pull with even pressure to extend the

chassis out of the rack until it is stopped by the safety latches. The safety latches will prevent the enclosure from coming out of the rack completely and the cover will remain in the rack attached to the rear alignment brackets.

77

User Guide

Step 7 : Follow these steps to remove a 3.5in HDD Assembly.

3.7 CMA Replacement

Figure 67: Chassis Handle Operation

a. Find the latch release mechanism on the 3.5in HDD Assembly being removed.

Insert a finger and a thumb into the latch release and pinch to unlatch the 3.5in HDD

b.

Assembly.

Figure 68: Unlatch Drive Carrier (IOM Not Shown)

3. Support

c. Lift the 3.5in HDD Assembly free from the enclosure.

78

User Guide

3. Support

3.7 CMA Replacement

Figure 69: Removing 3.5in HDD Assembly

Step 8 :

Step 9 : Release the safety latch on the inner rails on each side of the chassis as shown in the following

Follow the previous step for each drive in the enclosure. Attach a label or mark the drives with the drive slot they were removed from in order to add them to the same slot in the future. Store the drives in an ESD safe location until the drives are ready to be installed back into an enclosure.

image.

Figure 70: Inner Rail Safety Latch Release

Step 10 : Remove the chassis from the rack.

a. Be prepared to support the enclosure once it is free of the rails by having a second person

or a lift to support the enclosure

79

User Guide

3.7 CMA Replacement

b. Grasp both handles at the front of the enclosure and pull with even pressure until the

enclosure will not extend further.

Warning: The handles on the front of the chassis are not intended to be used to support the weight of the Ultrastar Data60 . Lifting the unit by the chassis handles or trying to support the unit on the handles can cause them to fail. This can cause serious damage to the unit or serious bodily harm to those handling the unit. Always team lift the chassis by gripping the underside of the unit, and never try to lift a chassis that is filled with drives.

Locate the safety catches on the inner rails attached to the enclosure.

c.

Figure 71: Safety Latch Release

3. Support

d. Depress the latch release lever for the safety latches on the rail and push the chassis very

slightly forward. The chassis is now unsecured from the rack.

e.

Ensure that you have the proper support mechanism to hold the chassis in position, whether that be a team lifting partner or an appropriate lift.

Warning: Do not lift the chassis by the Cable Tray while removing the chassis from the rack OR while installing it into a rack. This can cause serious damage to the unit or serious bodily harm to those handling the unit. Always team lift the chassis by gripping the underside of the unit, and never try to lift a chassis that is filled with drives.

f. Slide the chassis forward to free it from the rails. Place the chassis in a safe location to avoid

damage.

Step 11 : Install the chassis into the rails.

a. Extend the bearing plates on the inside of the mid-rails until they are fully forward (detent

has engaged). This prevents potential damage due to improper mating of the rails.

80

User Guide

3. Support

3.7 CMA Replacement

Figure 72: Bearing Plate

b.

Caution: This step in the installation requires a minimum of 3 individuals to

install safely, two to lift and one to guide the others who may have difficulty seeing because the enclosure is in the way. Ensure that the appropriate measures are taken to safely support the enclosure during installation. The enclosure MUST have no drives installed and requires a two person team lift to install. Do not attempt to lift the system if it is fully populated with drives. The only case in which the system may be installed or removed with the drives populated is if the facility has a lift that is rated to handle the maximum weight of the fully loaded system.

Warning: The handles on the front of the chassis are not intended to be used to support the weight of the Ultrastar Data60 . Lifting the unit by the chassis handles or trying to support the unit on the handles can cause them to fail. This can cause serious damage to the unit or serious bodily harm to those handling the unit. Always team lift the chassis by gripping the underside of the unit, and never try to lift a chassis that is filled with drives.

Warning: Do not lift the chassis by the Cable Tray while removing the chassis from the rack OR while installing it into a rack. This can cause serious damage to the unit or serious bodily harm to those handling the unit. Always team lift the chassis by gripping the underside of the unit, and never try to lift a chassis that is filled with drives.

In preparation to perform a team lift, position one individual on each side of the enclosure (to lift) and a third individual standing at the protruding rack rails (to guide the chassis to mate with rack rails).

Team-lift the enclosure until the inner rails (which are attached to the chassis) align with the

c.

extended mid-rails (which are attached to the rack), and guide the inner rails on the chassis to mate with the rack rails.

81

User Guide

3. Support

3.7 CMA Replacement

Figure 73: Installing the Chassis

d.

Once the rails are mated properly, slide the enclosure into the rack until it is stopped by the safety catch on the rails. Push the release lever on the safety latch (located on the side of each of the rails), and push the enclosure the rest of the way into the rack.

Figure 74: Safety Latch Release

e. As the chassis is slid into the rack, position one installer at the rear of the rack to ensure that

the pegs on the sides of the cover will slide correctly into the rear cover alignment brackets on both sides of the rack. If the chassis does not install smoothly or snags, check that the rear cover alignment brackets are not interfering with the chassis sidewalls, and try again.

Step 12 : Install the CMA(s).

82

User Guide

3.7 CMA Replacement

Note: The CMA has two arms, labeled "upper" and "lower." The lower arm should have the elbow on the left side and be installed first; the upper arm should have the elbow on the right side and be installed last.

a. Orient the CMA so that the elbow is on the left hand side.

Attach all three of the connectors to the brackets on the rails. There should be one at the

b.

elbow side and two at the other end.

Figure 75: Lower CMA Orientation

3. Support

c. Slowly slide the enclosure forward to ensure the arm is operating properly, then slide it back

into the rack.

a. Repeat these steps to install the upper arm with the elbow facing to the right.

Step 13 : Cable the CMA(s).

a. Unlatch the elbow side of the arm(s) by pressing the blue button labeled “push,” and then

swing the arm(s) open. Gather the SAS, power, and Ethernet cables for installation. Before cabling, note the

b.

following routing patterns for best results:

Note: Route the cables supported by the lower arm to IOM A (left hand side looking at the rear). Second, route the cables supported by the upper arm to IOM B (right hand side looking at the rear) in a "criss-cross" pattern. See the

Special Considerations for Cable Routing (page 154) for more information.

83

User Guide

3. Support

3.7 CMA Replacement

Figure 76: CMA Cable Routing

c.

Open all of the baskets.

Figure 77: Open Baskets

84

User Guide

3. Support

3.7 CMA Replacement

d. Connect the Ethernet cable to the Ethernet port, and route the cable through each of the

baskets on the arm.

e. Connect the SAS cables to the SAS ports, and route them through the baskets one at a time.

Make sure to follow the labels to ensure they are connected to the proper ports. Connect the power cable to the PSU and route it through each basket.

f.

Attention: Make sure the power cable is not connected to a PDU. If it is,

the system will power up when the cable is connected to a PSU. This is not intended at this stage of installation.

If the installation includes more than 10 total cables, follow the recommendations in Special

g.

Considerations for Cable Routing (page 154), before proceeding.

Note: Each cable must be given enough slack at the connector end to operate smoothly. Allow 20 - 21 in. (508 – 533.4 mm) between the connector and the first basket.

Figure 78: Nominal Cable Length at Connectors

h. Close all of the baskets. i. If the Ultrastar Data60 is being installed in a rack and will subsequently be transported

inside that rack, it is important to use the included cable tie to wrap the CMA bundle to ensure it does not get damaged during transport. If the Ultrastar Data60 is instead being installed where it will be operated, skip this step. Remember to remove the cable ties after the enclosure has reached its final operational location.

j. Reconnect the arm at the elbow to the connectors on the rail.

85

User Guide

Step 14 : Make sure the CMA(s) is in operational position by folding the arm(s) in toward the enclosure and

Step 15 :

Step 16 : Secure the chassis top cover to the rack using the captive M5 thumb-screws as shown in the

3. Support

3.7 CMA Replacement

attaching the elbow end(s) to the connector(s) attached to the rail. Verify that all of the cabling is in functional order and does not bind or catch.

Test for binding in the extension of the arm by gently pulling the enclosure out of the rack, ensuring the cables extend properly and that the system doesn’t bind at all. If it does, examine the point at which the binding occurred and adjust the seating of cables in the baskets, check the connections to the rails, and examine the joints of the arm to ensure that they are all functioning properly.

following image. Use a T15 Torx screwdriver, and tighten the screws to 3.38-3.61 Nm / 30-32 inlbf.

Figure 79: Cover Retention Screws

Step 17 : Now that the chassis is installed, test the installation by sliding the enclosure in and out of the

rack a minimum of three times. If the enclosure binds, catches, or displays any incorrect motion or behavior repeat the installation.

Note: Adjustments of the vertical rack rails may be required to fix any issues that may occur.

Step 18 : Grasp both handles at the front of the enclosure and pull with even pressure to extend the

chassis out of the rack until it is stopped by the safety latches. The safety latches will prevent the enclosure from coming out of the rack completely and the cover will remain in the rack attached to the rear alignment brackets.

86

User Guide

3. Support

3.7 CMA Replacement

Figure 80: Chassis Handle Operation

Step 19 :

Step 20 : Install the 3.5in HDD Assembly.

Perform this same action two more times without the drives loaded to make sure the rail kits are installed properly.

Note: The 2.5in SSD Assembly is installed in the same manner as the 3.5in HDD Assembly. For instructions on assembling the 2.5in SSD Assembly, see Operating the 2.5" Drive Carrier (page ).

a. Ensure that the enclosure has been pulled out of the rack until the rail latches engage.

Find the LED pointer on the top of the drive carrier. This pointer should point toward the

b.

front of the unit as shown in the following image.

87

User Guide

3. Support

3.7 CMA Replacement

Figure 81: LED Pointer Orientation

c. Align the drive with the empty slot that will receive it. Lower it into the slot, making sure it

stays level and does not snag.

88

Western Digital H4060-J User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

User Guide

Table of Contents

Revision History

Notices

Points of Contact

Overview

Table 3: Mechanical Specifications

Table 4: Performance Specifications

1.11.1 Front and Rear IO LEDs

1.11.2 IOM LEDs

1.11.3 IOM Fan LED

1.11.4 PSU LED

1.11.5 Rear Fan LED

1.11.6 Drive Assembly LED

1.12.1 Compatible Rack Hardware Configuration

Components

2.1.1 Chassis Specifications

2.1.2 Chassis Layout

2.2.1 IOM Specifications

2.2.2 IOM Layout

2.2.3 IOM Blank

2.3.1 PSU Specifications

2.3.2 PSU Layout

2.4.1 Rear Fan Specifications

2.4.2 Rear Fan Layout

2.5.1 IOM Fan Specifications

2.5.2 IOM Fan Layout

2.6.1 Rails Specifications

2.6.2 Rails Layout

2.6.3 Rear Cover Alignment Bracket

2.7.1 CMA Specifications

2.7.2 CMA Layout

2.7.3 CMA Cable Tray

2.8.1 3.5in HDD Assembly Specifications

2.8.2 3.5in HDD Assembly Layout

2.8.3 3.5in Drive Blank

2.9.1 Operating the 2.5" Drive Carrier

Support