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D8000 Disk Enclosure Installation
and Maintenance Guide
Abstract
This document describes initial hardware setup for HPE D8000 disk enclosures. It also describes removal and
installation of customer-replaceable units for these enclosures. The document is intended for use by storage system
administrators familiar with servers and computer networks, network administration, storage system administration
and configurations, storage area network management, and relevant protocols.
Part Number: P08360-001
Published: January 2019
Edition: 1
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Summary of Contents for Helwett Packard D8000
- Page 1 Maintenance Guide Abstract This document describes initial hardware setup for HPE D8000 disk enclosures. It also describes removal and installation of customer-replaceable units for these enclosures. The document is intended for use by storage system administrators familiar with servers and computer networks, network administration, storage system administration and configurations, storage area network management, and relevant protocols.
- Page 2 © Copyright 2019 Hewlett Packard Enterprise Development LP The information contained herein is subject to change without notice. The only warranties for Hewlett Packard Enterprise products and services are set forth in the express warranty statements accompanying such products and services. Nothing herein should be construed as constituting an additional warranty. Hewlett Packard Enterprise shall not be liable for technical or editorial errors or omissions contained herein.
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Page 3: Table Of Contents
Installing the D8000 disk enclosure ........ - Page 4 CRUs addressing the D8000 physical enclosure ........
- Page 5 Replacing a HS Expander Module ................72 Removing a HS Expander module.
- Page 6 6 D8000 enclosure – rear panel module slot index diagram .......
- Page 7 49 Cabling the D8000 enclosures to the storage system (1 of 2) ......
- Page 8 10 Product components for the D8000 physical enclosure........
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Page 9: Safety Guidelines
CAUTION: Use a suitable mechanical lift for hoisting the enclosure for installation into the rack: • Fully configured D8000 disk enclosures can weigh up to 145.6 kg (321 lb), depending on the type of disks used. Do not install disks until after the enclosure is secured into the rack. -
Page 10: Operation
Operation WARNING! • To prevent improper cooling and thermal damage, the first row of disk bays, as well as the column of disk bays closest to the drive expander module, must be populated with either a hard drive or a drive blank. •... -
Page 11: Rack System Safety Precautions
• D8000 enclosures are intended to operate with two PSUs and four system fans accessed from the rear panel. Two controller channel fan modules accessed from the top of the enclosure provide additional cooling. -
Page 12: System Overview
Enclosure configuration The HPE D8000 Disk Enclosure is a high-capacity expansion enclosure measuring four EAI units of rack height (17.78 cm or 7"). The disk enclosure fits into a 1.2m rack. The integral cable management arm allows the enclosure to be withdrawn from the rack for servicing while remaining connected and powered on. -
Page 13: D8000 Enclosure System - Dimetric Front Orientation
NOTE: The D8000 Disk Enclosure base configuration ships with a single IOM with four SAS expanders; an expansion kit can be purchased to obtain a second IOM with four SAS expanders. However, illustrations and content throughout this guide reflect a fully populated system complete with two IOMs and eight SAS expanders. Contact HPE to learn more. -
Page 14: Enclosure Variants
“Populating disk drive slots” (page 20). • The module quantities quoted above are the maximum that a D8000 enclosure can support. The following figures show component locations relative to the enclosure front, rear, and top access panels. • Unless otherwise noted within a passage pertaining to a particular CRU, the replacement procedure should be completed within 3 minutes of the removal of a defective module. -
Page 15: Enclosure Front Panel
NOTE: Lift handles are not included with the standard product and must be ordered and installed separately. Figure 4 D8000 enclosure system – front panel components The enclosure front panel provides access to the seven (7) main enclosure system LEDs, located in the lower left corner. -
Page 16: Enclosure Rear Panel
Figure 5 D8000 enclosure system – rear panel components Figure 6 (page 16) for a conceptual diagram showing module slot-indexing as viewed from the rear panel. Rear panel components Figure 6 D8000 enclosure – rear panel module slot index diagram System overview... -
Page 17: Expansion Module Detail
Figure 7 Expansion module detail Power supply unit (PSU) Figure 8 shows the PSU used in a D8000 enclosure. The example shows a PSU oriented for use in either PSU slot located on the enclosure rear panel. Latch handle PSU status... -
Page 18: Enclosure Top Panel
System fan module Figure 9 shows a system fan used in a D8000 enclosure. The example shows a system fan module oriented for use in any of the system fan slots located on the enclosure rear panel. Latch/release tab System fan status... -
Page 19: Removing Enclosure Top Access Panels
Removing enclosure top panels Top enclosure access panels “A” and “B” (shown in Figure 10 (page 18)) can be temporarily removed for a servicing event. Remove and reattach the access panels by following the instructions below. To remove enclosure access panel “A” 1. -
Page 20: D8000 Enclosure - Top Panel With Covers Not Shown
Figure 13 D8000 enclosure – top panel module slot index diagram CAUTION: The D8000 is designed for use with a full load of disks; however, it may also be partially populated. Gray-colored disk slots above indicate minimum disk module placement for power and cooling reasons. These slots should be populated in all cases. -
Page 21: Physical Enclosure
The physical enclosure ships with 1.2 m rack mounting hardware that enables it to be installed onto standard 1.2 m racks, and uses four EIA units of rack space (17.78 cm or 7") for a D8000 enclosure. Optional lift handles that attach to the side walls of the physical enclosure facilitate hoisting and positioning, and can be helpful when readying the enclosure for installation into the rack. -
Page 22: Overview Of Front Panel Leds
Fault LED – access panel “B” (amber) Fault LED – access panel “A” (amber) Figure 14 LEDs: D8000 enclosure front panel System Power On/Standby LED (green) The LED illuminates green when system power is available. If the LED is off, either the system is powered off, or there is a power failure in the system. -
Page 23: Firmware Fault Led
Pull the physical enclosure forward from its installed position within the rack. Remove access panel “A” as described in “Removing enclosure top panels” (page 19) and look for an amber LED on any of the disk drive modules or HS expander modules on the sideplane. -
Page 24: System Fan Module
Multiple power supply unit The D8000 storage system includes two PSUs which provide redundant power control for the system so that if one module fails, the other provides sufficient power and enclosure operation is not affected while you replace the faulty module. -
Page 25: System Airflow
Multiple system fan modules The D8000 enclosure includes four system fan CRUs which provide redundant cooling for the system, so that if one module fails, the others maintain airflow circulation and enclosure operation is not affected while you replace the faulty module. -
Page 26: Expansion Module
Expansion module This section describes the IOM used in D8000 12Gb/s storage enclosures. The dimetric rear orientation in Figure 17 shows a pictorial view of an expansion module. You would revolve the module by 90º along its longitudinal axis before inserting it into the IOM slot, as shown in... -
Page 27: 12Gb/S Expansion Module Leds
The diagram with table that immediately follows provides a description of the expansion module that installs into the rear panel of a D8000 expansion enclosure. The module is shown resting on its base. To install the module into one of the IOM slots located on the enclosure rear panel, you would first revolve the module by 90º... -
Page 28: Overview Of Top Panel Leds
The drive carrier module comprises a hard disk held by a carrier. • Each D8000 drive slot can hold a single low profile (1.0-inch) 3.5-inch form factor disk drive in its carrier. • The disk drive modules are inserted into vertically aligned slots that are accessible from the top of the enclosure. -
Page 29: Leds: Dual Path Lff 3.5" Disk Drive Carrier Modules - Top Panel
Top view of LFF disk drive module DDIC aligned to module slot LED Description Status Definition Fault/Locate Solid amber The disk drive module has failed. Solid blue The disk drive module is operating normally and being identified by a host application. Blinking amber/blue (1 Hz) The disk drive module has failed, or a predictive failure alert has been received for this disk drive module;... -
Page 30: Controller Channel Fan Module
Controller channel fan module The controller channel fan module supplements the system fans by circulating airflow within the enclosure controller channel, and providing cooling for the IOMs. The replacement procedure should be completed within an absolute maximum of 3 minutes. Channel Fan Status Top view of channel fan module Channel fan aligned to module slot... -
Page 31: Enclosure Management
Enclosure management IOMs actively manage the enclosure. Each module has a SAS expander with its own storage enclosure processor (SEP) that provides a SES target for a host to interface to through the ANSI SES Standard. If one of these modules fails, the other module will continue to operate. -
Page 32: Installation
The following table outlines the steps required to install the enclosure. To ensure successful installation, perform the tasks in the order presented. For rackmount installation, temporarily place all disk drive modules in a static-protected area, and then install them after the D8000 is installed in the rack. Table 2 Installation checklist... -
Page 33: Preparing For Installation
Table 3 Storage system configuration Module type Location Description Power supply unit Rear panel Two PSUs provide full power redundancy, allowing the system to continue to operate while a faulty PSU is replaced. System fan Rear panel Four system fans provide cooling, allowing the system to continue to operate while a faulty system fan is replaced. -
Page 34: Unpacking The Enclosure
Figure 22 and the CAUTION above and below the illustration. The illustration shows buckled belt-straps secured longitudinally on the D8000 enclosure. Only the straps and plastic bag are shown. They are isolated from the remainder of the packaging. CAUTION: Verify that each belt strap is securely wrapped and buckled before performing the lift. -
Page 35: Unpacking The D8000 Using Optional Lift Handles
(2 per side) Push-pull pin Figure 23 Unpacking the D8000 using optional lift handles CAUTION: With two persons—positioned one on each side of the enclosure—grip the handles securely, and lift the enclosure out of the box using appropriate lifting technique. Place the enclosure in a static-protected area. -
Page 36: Required Tools
Rackmount rails Rack mounting rails are developed for use with the D8000 enclosure that installs into 1.2 m rack cabinets. These rails have been designed and tested for the maximum enclosure weight, and to ensure that multiple enclosures may be installed without loss of space within the rack. -
Page 37: Adjusting The Rack Rails
1. Measure the rack rail span depth distance from rear rack post to front rack post, and record this dimension. Figure 24 D8000 rack rail post-to-post distance 2. Take the left outer rack rail subassembly (P/N: 727648200) in hand; then rotate the middle slide release, and fully extend the middle slide. -
Page 38: Rack Rail Adjusted To Fit The Post-To-Post Span
4. Relocate the left rack rail mounting bracket to approximately match the rack post-to-post distance recorded in step 1 page Figure 27 Rack rail adjusted to fit the post-to-post span This bracket has 1" of available adjustment after the screws are secured. After torquing the quantity-4 screws removed in step 3 above, verify that the bracket can be adjusted to the exact rack post-to-post distance determined... -
Page 39: Cma Attachment Bracket Aligned To Rail - Left/Rear Detail Orientation
Figure 30 Figure Panhead screw CMA attachment bracket Figure 30 CMA attachment bracket aligned to rail - left/rear detail orientation CMA attachment bracket Figure 31 CMA attachment bracket attached to rail - left/rear detail orientation Installing the D8000 disk enclosure... -
Page 40: Installing The Rack Rails Into The Rack
Installing the rack rails into the rack 1. Ensure that the rack rails are assembled as described in “Adjusting the rack rails” (page 37). 2. Insert the right rack rail subassembly into the rack as shown in Figure a. Attach the adjustable rear mounting bracket to the rear rack column first, ensuring that the rack rail subassembly occupies the lower portion of the allotted space. -
Page 41: Right Rail Front Mounting Bracket Attached To Front Rack Post
NOTE: Rack rail mounting brackets are located in the box containing the power supply cables. Keying latch (aligns with keying notch) Figure 34 Right rack rail installation detail - right front orientation 5. Repeat step 2 page 40 through step 4 above for the left rack rail subassembly. Installing the D8000 disk enclosure... -
Page 42: Right Rack Rail Square Hole Location Detail - Right Front Orientation
6. Insert the quantity-2 (quantity-1 per side) cage nuts (P/N: 01-00000279-00-04) provided into the rack in the second-to-top square hole in the D8000 as shown in Figure 35 (mates to thumbscrew and panhead screw in step 8 page 45). space Figure 35 Right rack rail square hole location detail - right front orientation 7. -
Page 43: Safe-Handling Thumbnails: Inserting The Enclosure With Rails Into The Rack
WARNING! Safe handling precautions: – Do not drop or lift the D8000 physical enclosure using a mechanical lift while inner rails are engaged with middle rails. The middle and inner rails should be properly aligned before engagement, so they glide smoothly during the entire insertion. -
Page 44: Installing The Enclosure Into The Rack
The following safety requirements must be considered before installing the enclosure into the rack. WARNING! • The D8000 enclosure weighs 95.0 lbs (43.10 kg) empty, and up to 321.0 lbs (145.6 kg) when fully loaded with 106 large form factor disk drives. •... -
Page 45: Rack Rail Slide Assembly Release Latches
7. Continue inserting the physical enclosure all the way into the rack, ensuring the physical enclosure ears are coincident with the rack mounting flanges. The disk enclosure will audibly click when seated in the service lock position. 8. For transport, secure the D8000 physical enclosure chassis ears to the rack, as shown in Figure 40. Fasten the embedded thumbscrews at the top of the left and right bezels (quantity-2, 1 per side). -
Page 46: Bracket Attachment To Rear Of Enclosure - Right Rear Orientation
9. Using the quantity-2 panhead screws provided (P/N: 727666900), attach the CMA physical enclosure attachment bracket (P/N: 727666600) to the physical enclosure above the CMA shelf, on its inner surface. Torque scews to 1.36 N-m (12 lbf-in) as shown in Figure Figure 41 “C”... -
Page 47: Crossbar Attachment - Enclosure Rear View
Figure 44 Shipping screw installation (optional) - enclosure rear view NOTE: Install the disks after the enclosure is secured in the rack. Installing the D8000 disk enclosure... -
Page 48: Routing Cables Using The Cma
Routing cables using the CMA Routing of power and data cables for the D8000 is integral to successful rack rail installation and rackmount installation of the enclosure. Cables must be correctly installed and routed to facilitate efficient operation and in-rack servicing of the enclosure. -
Page 49: Routing Data Cables Through The Cma Brackets
Route data cables 6–10 onto the CMA shelf and through the CMA brackets in the order and configuration shown below. Cable shelf and cable bracket - top view IOM detail - rear view Data cable routing from IOM (rear) - bird’s eye right view Figure 45 Routing data cables through the CMA brackets Installing the D8000 disk enclosure... -
Page 50: Securing Cables With The Cma Bracket
2. Rotate the inner CMA cable capture arm into the C-bracket to secure the rest of the data cables. The outer CMA cable capture arm may need to be pushed down in the C-bracket to allow the inner cable capture arm to seat properly. The CMA bracket may need to be shifted slightly in order for the thumbscrew to find the PEM thread in the CMA shelf. -
Page 51: Securing The Psu Cables
PSU cable clip with M3 panhead screw CMA shelf detail showing PSU cables – top view D8000 enclosure rear panel with cables secured to cable shelf Figure 47 Securing the PSU cables Installing the D8000 disk enclosure... -
Page 52: Cable Requirements For Expansion Enclosures
You may need to order additional or longer cables when cabling a fault-tolerant configuration. SAS topology It is possible to support different topologies of SAS with the D8000 enclosure. There are two basic forms of expansion topology as shown in Figure 49 (page 53). -
Page 53: Cabling The D8000 Enclosures To The Storage System (1 Of 2)
SAS cabling methods As you face the rear panel of the D8000 enclosure, the left IOM slot is 2 and the right IOM slot is 1. See also Figure 6 (page 16) for CRU slot index numbering for the enclosure rear panel. Green is used to show IOM 1 paths and blue is used to show IOM 2 paths for cabling the expansion enclosures shown in each cascade. -
Page 54: Cabling The D8000 Enclosure To The Storage System (2 Of 2)
12Gb/s SAS ports connected. To HBA D8000 enclosure D8000 enclosure D8000 enclosure D8000 enclosure Daisy chain cabling method - fully connected SAS ports Figure 50 Cabling the D8000 enclosure to the storage system (2 of 2) Installation... -
Page 55: Power Cord Connection
Power Distribution Units (AC UPS shown) Figure 51 Typical AC power cord connection from PDU to PSU IMPORTANT: The D8000 enclosure is fitted with two redundant PSUs. All power cords must be connected to at least two separate and independent power supplies to ensure redundancy. -
Page 56: Operation
Operation Before you begin Before powering on the enclosure system, make sure that all modules are firmly seated in their correct slots. Verify that you have successfully completed the sequential “Installation Checklist” instructions in Table 2 (page 32). Once you have completed these steps, you can access the management interfaces to complete the system setup. -
Page 57: Troubleshooting And Problem Solving
Troubleshooting and problem solving These procedures are intended to be used only during initial configuration, for the purpose of verifying that hardware setup is successful. They are not intended to be used as troubleshooting procedures for configured systems using production data and I/O. www.support.hpe.com/hpesc NOTE: For further troubleshooting help–after setup and when data is present–see Overview... -
Page 58: Leds
LEDs LED colors are used consistently throughout the enclosure and its components for indicating status: • Green: good or positive indication • Blinking green/amber: non-critical condition • Amber: critical fault • Blue: identification PSU LEDs Under normal conditions, the bitonal PSU Status OK LED will be a constant green. See also Figure 15 (page 24). -
Page 59: Expansion Module Led States
Green Amber / Blue Bi-tonal Disk LED Bi-tonal Disk LED Disk LED Definition (status blue) (status amber) (status green) Enclosure is not powered on. On/blinking On/blinking Disk drive module is installed and operational. Blinking: 1s on/1s off SES device identity set. SES device fault bit set. -
Page 60: Temperature Sensors
Temperature sensors Temperature sensors throughout the enclosure and its components monitor the thermal health of the storage system. Exceeding the limits of critical values will cause a notification to occur. Troubleshooting The following sections describe common problems that can occur with your enclosure system, and some possible solutions. -
Page 61: Thermal Monitoring And Control
Thermal monitoring and control The storage enclosure system uses extensive thermal monitoring and takes a number of actions to ensure component temperatures are kept low, and to also minimize acoustic noise. Air flow is from the front to back of the enclosure. Table 8 Thermal monitoring and control Symptom Cause... -
Page 62: Basic Steps
Basic steps • Gather fault information, including using system LEDs. • Determine where in the system the fault is occurring. • Review logs from the host application/operating system. • If required, isolate the fault to a data path component or configuration as described in “Isolate the fault”... -
Page 63: Continuous Operation During Replacement
If an enclosure is equipped with redundant PSUs, sufficient power is provided to the system while the faulty module is replaced. NOTE: D8000 disk enclosures support hot-plug replacement of redundant expansion modules, power supplies, fan modules, and HS expanders. Hot-add replacement of expansion enclosures is also supported. - Page 64 TIP: Enclosure panel access diagrams for locating CRUs: • Front panel: see Figure 4 (page 15) Figure 14 (page 22) • Rear panel: see Figure 5 (page 16) • Top panel: see Figure 10 (page 18), Figure 12 (page 20), and Figure 13 (page 20) TIP: Enclosure dimetric pictorial views: •...
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Page 65: Module Removal And Replacement
Module removal and replacement Overview This chapter provides procedures for replacing CRUs (customer-replaceable units), including precautions, removal instructions, installation instructions, and verification of successful installation. Each procedure addresses a specific task. NOTE: Unless otherwise noted within a passage pertaining to a particular CRU, the replacement procedure should be completed within 3 minutes of the removal of a defective module. -
Page 66: Replacing A Psu
If you do not have any of the suggested equipment for proper grounding, have an authorized technician install the part. For more information about static electricity or assistance with product installation, see “Accessing Hewlett Packard Enterprise Support” (page 81). Replacing a PSU This section provides procedures for replacing a failed power supply unit (PSU). - Page 67 NOTE: The remove PSU illustrations show a module with a single power connection. The procedure applies equally to single cord and dual cord PSUs used in D8000 enclosures. 9. If replacing two PSUs, repeat steps 5 through 8, being mindful of the illustrations TIP on...
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Page 68: Installing A Psu
Installing a PSU Refer to Figure 53 (page 67) Figure 54 (page 67) when performing this procedure, but ignore the directional arrows—since you will insert the module into the slot—rather than remove it. IMPORTANT: Handle the PSU carefully, and avoid damaging the connector pins. Do not install the PSU if any pins appear to be bent. -
Page 69: Removing A System Fan (1 Of 2)
CAUTION: Removing a system fan module significantly disrupts the enclosure’s airflow. Do not remove the fan until you have received the replacement module. It is important that all fan module slots are filled when the enclosure is in operation. 1. Press down on the latch tab to release the fan from its locked position. See detail No.1 in Figure Figure 55 Removing a system fan (1 of 2) 2. -
Page 70: Installing A System Fan Module
Installing a system fan module Refer to Figure 55 Figure 56 (page 69) when performing this procedure, but ignore the directional arrow—since you will insert the module into the slot—rather than remove it. IMPORTANT: Handle the system fan carefully, and avoid damaging the connectors. 1. -
Page 71: Removing A Controller Fan (1 Of 2)
2. Grasp the latch tab on the interior channel wall of the enclosure, and squeeze the tab against the wall to release the channel fan from its locked position as shown in Figure Figure 57 Removing a controller fan (1 of 2) 3. -
Page 72: Installing A Controller Fan Module
Installing a controller fan module Refer to Figure 57 Figure 58 (page 71) when performing this procedure, but ignore the directional arrow—since you will insert the module into the slot—rather than remove it. IMPORTANT: Handle the controller fan carefully, and avoid damaging the connectors. 1. -
Page 73: Removing A Hs Expander (1 Of 2)
2. On the faulty HS Expander, grasp each of the two plastic swing-arms between thumb and index finger as shown in Figure Figure 59 Removing a HS Expander (1 of 2) 3. Revolve each swing-arm upward to release the PCBA carrier from its slot as shown in Figure Figure 60 Removing a HS Expander (2 of 2) 4. -
Page 74: Installing A Hs Expander Module
Installing a HS Expander module Refer to Figure 59 Figure 60 (page 73) when performing this procedure, but ignore the directional arrow—since you will insert the module into the slot—rather than remove it. IMPORTANT: Handle the HS Expander module carefully to avoid damage to the connector and swing arms. 1. -
Page 75: Removing A Lff Disk Drive Module (1 Of 2)
2. Press the latch in the carrier handle towards the handle hinge to release the carrier handle as shown below. Figure 61 Removing a LFF disk drive module (1 of 2) 3. Revolve the handle outward to lever the module out of its connector on the baseplane. Figure 62 Removing a LFF disk drive module (2 of 2) 4. -
Page 76: Installing A Lff Drive Carrier Module
Installing a LFF drive carrier module 1. Release the drive carrier handle by pressing the latch in the carrier handle towards the handle hinge to release the carrier handle as shown below. Figure 63 LFF drive carrier module in open position 2. -
Page 77: Replacing An Iom
Replacing an IOM IMPORTANT: If the D8000 disk enclosure is configured with a single expansion module, it must be installed in IOM slot No.1. As you face the enclosure rear panel, this is the IOM slot located on the right. An IOM blank must be installed in the adjacent slot (No.2) as shown in... -
Page 78: Verifying Component Failure
Verifying component failure • Check Module Fault LED – rear (front of enclosure): Amber = Fault condition. • Check Fault LED (back of enclosure on IOM face plate): Amber = Fault condition. • Check that the OK LED (back of enclosure) is off. Stopping I/O When troubleshooting disk drive and connectivity faults, stop I/O to the affected disk groups from all hosts as a data protection precaution. -
Page 79: Removing An Iom (1 Of 2)
Figure 66 Removing an IOM (1 of 2) 5. Grip the latch handle and ease the IOM forward from the slot as shown within Figure 6. Place both hands on the IOM body, and pull it straight out of the enclosure such that the IOM remains level during removal. -
Page 80: Installing An Iom
Installing an IOM See CAUTION bullets regarding electrostatic discharge and anti-static protection on page CAUTION: If passive copper cables are connected, the cable must not have a connection to a common ground/earth point. NOTE: When performing the following procedure, refer to Figure 66 Figure 67 (page 79) while ignoring the... -
Page 81: Support And Other Resources
Support and other resources Accessing Hewlett Packard Enterprise Support • For live assistance, go to the Contact Hewlett Packard Enterprise Worldwide website: www.hpe.com/assistance • To access documentation and support services, go to the Hewlett Packard Enterprise Support Center website: www.hpe.com/support/hpesc Information to collect •... -
Page 82: Customer Self Repair
Customer self repair Hewlett Packard Enterprise customer self repair (CSR) programs allow you to repair your product. If a CSR part needs to be replaced, it will be shipped directly to you so that you can install it at your convenience. Some parts do not qualify for CSR. -
Page 83: Regulatory Information
HPE Storage Products www.hpe.com/support/Storage-Warranties HPE Networking Products www.hpe.com/support/Networking-Warranties Regulatory information To view the regulatory information for your product, view the Safety and Compliance Information for Server, Storage, Power, Networking, and Rack Products, available at the Hewlett Packard Enterprise Support Center: www.hpe.com/support/Safety-Compliance-EnterpriseProducts Additional regulatory information Hewlett Packard Enterprise is committed to providing our customers with information about the chemical substances in... -
Page 84: A Technical Specifications
Technical specifications Enclosure dimensions Table 11 D8000 enclosure dimensions Specification Metric units Imperial units Height (including top cover) 176.4 mm 6.94 in Width (excluding ears and rails) 441 mm 17.36 in Depth (including handles, excluding cables) 1,139 mm 44.84 in... -
Page 85: Power Supply Unit Specifications
6 Hz to 200 Hz (ISTA 3E) Vibration, relocation ISTA3H air ride for 60 min Acoustics D8000 enclosures: Sound power operating 8.5 Bels LW @ 23ºC Orientation and mounting: 1.2 m rack mount (4 EIA units) • Rack rails To fit 1.2 m depth racks compliant with the SSI server rack specification... -
Page 86: B Standards And Regulations
Standards and regulations International standards The enclosure system complies with the requirements of the following agencies and latest editions of the following standards: • CE to EN 60950-1 • CB report to IEC 60950-1 • UL & cUL to UL 60950-1 Potential for radio frequency interference USA Federal Communications Commission (FCC) Notice... -
Page 87: Emc Compliance
EMC compliance Table 16 EMC compliance specifications Emissions FCC CFR 47 Part 15 Subpart B Class A (USA) ICES/NMB-003 Class A (Canada) EN 55032:2012 Class A (EU) AS/NZS CISPR 22/CISPR 32 Class A (Australia/New Zealand) VCCI Class A (Japan) KN 22/KN 32 Class A (S. Korea) CNS 13438 Class A (Taiwan) Harmonics EN 61000-3-2 (EU) -
Page 88: Recycling Of Waste Electrical And Electronic Equipment (Weee)
Recycling of Waste Electrical and Electronic Equipment (WEEE) At the end of the product’s life, all scrap/waste electrical and electronic equipment should be recycled in accordance with national regulations applicable to the handling of hazardous/toxic electrical and electronic waste materials. Contact your supplier for a copy of the Recycling Procedures applicable to your country. -
Page 89: Index
LFF disk drive module 28 PSU 17 system fan 18 Rack rail system customer self repair 82 description 36 required tools 36 safety precautions 11 D8000 regulatory information 83 LFF disks 12 remote support 82 disk modules dual path LFF 29 documentation safety precautions... - Page 90 Index...
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