Page 1 K S +...
Page 2: Safety Notices
Notice Safety Notices :DUQLQJ Weight Exceeds 100 lbs. (45 kg.) Do NOT lift unassisted. Use a lift device or two people. Trademark Information...
Page 3 Format Conventions WARNING Caution Note this font Printing History...
Page 4 Manual Revision History Change Page Added Figure 43 to clarify operation of the write cache flush thresholds. Added note regarding the impact of LUN binding on performance. Added information on Managing the Universal Transport Mechanism (UTM). Added information on major event logging available with firmware HP08. Added Allocating Space for Disk Array Logs section describing use of...
Page 5: About This Book
About This Book Chapter 1, Product Description Describes the features, controls, and operation of the disk array. Chapter 2, Array Planning Guidelines for designing the disk array configuration that best meets your needs. Chapter 3, Installation Instruction for moving the disk array. Chapter 4, Managing the Disk Array on Complete instructions for managing your disk array HP-UX...
Page 6 Related Documents and Information ¤ ¤ ¤ ¤ ¤ ¤ ¤ ¤...
Page 7 1 Product Description 2 Array Planning...
Page 8 3 Installation...
Page 9 4 Managing the Disk Array on HP-UX...
Page 10 5 HP-UX Diagnostic Tools...
Page 11 6 Troubleshooting 7 Removal and Replacement...
Page 12 8 Reference / Legal / Regulatory...
Page 15: Table Of Contents
PRODUCT DESCRIPTION Product Description ........... . 16 Disk Enclosure Components.
Page 16: Product Description
Product Description...
Page 17 Array Controller FC60 SureStore E Disk System SC10...
Page 18 Note...
Page 19 Note...
Page 21: Disk Enclosure Components
Disk Enclosure Components...
Page 22 BCC Modules Power Supply Modules Fan Modules Disk Modules Chassis (and Backplane) (Front Door Not Shown)
Page 25 WARNING Touching exposed circuits on the disk module can damage the disk drive inside. To avoid damage, always handle disks carefully and use ESD precautions.
Page 26 ÃÃÃÃ AUTION...
Page 27 Note ÃÃÃÃ...
Page 30 NOTE: LED position varies. Note...
Page 32: Array Controller Enclosure Components
Array Controller Enclosure Components...
Page 33 ÃÃ Power Supply Fan Module Power Supply Modules Controller Chassis Controller Fan Controller Mo dule A Controller Mo dule B (Front Cover Not Shown)
Page 34 ÃÃ...
Page 36 ÃÃ...
Page 37 ÃÃ...
Page 39 ÃÃ...
Page 40 ÃÃ...
Page 41 AUTION...
Page 42 ÃÃ...
Page 43 Ã AUTION...
Page 45: Disk Array High Availability Features
Disk Array High Availability Features ¤ Note...
Page 46 Handle multiple disk RAID Level Disk Striping Mirroring Parity failures? RAID 0 No. RAID 0 offers no data redundancy or protection against disk failure. RAID 0 should only be used for non- critical data. The failure of a single disk in a RAID 0 LUN will result in the loss of all data on the LUN.
Page 47 ÃÃ Relative Read Performance Relative Write Performance LUN Configuration for Large Sequential Access for Large Sequential Access RAID 0 The read and write performance of a RAID 0 LUN increases as the multiple of the number of disks in the LUN. For example, a 4-disk RAID 0 LUN will achieve close to four times the performance of a single disk.
Page 48 RAID Level General Performance Characteristics RAID 0 – Simultaneous access to multiple disks increases I/O performance. In general, the greater the number of mirrored pairs, the greater the increase in performance. RAID 1 – A RAID 1 mirrored pair requires one I/O operation for a read and two I/O operations for a write, one to each disk in the pair.
Page 49 RAID level Application and I/O Pattern Performance RAID 0 RAID 0 is a good choice in the following situations: – Data protection is not critical. RAID 0 provides no data redundancy for protection against disk failure. – Useful for scratch files or other temporary data whose loss will not seriously impact system operation.
Page 50: Capacity Management Features
Capacity Management Features Note Differences in HP-UX and Windows NT/2000 Capacity Management ¤...
Page 51 ARRAY PLANNING Overview ............. 52 Array Design Considerations .
Page 52: Overview
Overview Note...
Page 53: Array Design Considerations
Array Design Considerations...
Page 55 Note...
Page 56 Note...
Page 57 Note...
Page 58 Note...
Page 59: Recommended Disk Array Configurations
Recommended Disk Array Configurations Note...
Page 60 Note...
Page 64 Note...
Page 83 Number Total Capacity (with indicated disks) of disk RAID No. of Disks enclosures Level LUNs per LUN 9.1 GB 18.2 GB 36.4 GB 73 GB 2 (split bus) 72.8 GB 145.6 GB 291.2 GB 584 GB 3 (split bus) 109.1 GB 218.4 GB 436.8 GB 876 GB...
Page 85 INSTALLATION Configuration Switches ..........89 Attaching Power Cords .
Page 86 Overview ¤...
Page 87: Host System Requirements
Host System Requirements Note Boot Support on Supported Host HP-UX 11.x? Fibre Channel I/O Adapter K-class A3404A V-class A5158A, A3740A L-class A5158A, A3740A D-class A3591B N-class A5158A, A3740A R-class A3591B T-class A3636A...
Page 88 Boot Support on Supported Host HP-UX 11.x? Fibre Channel I/O Adapter C-class A5158A on HP-UX 11.x A3740A on HP-UX 10.20 A4xx-A5xx class A5158A...
Page 89: Configuration Switches
Configuration Switches...
Page 90 Note...
Page 92 ÃÃ Setting Switch Operation Full-Bus Mode 1 - Full-/Split Bus Mode Split-Bus Mode 2 - Stand-Alone/Array Mode Always set to Off (Array Mode) 3 - Bus Reset on Power Fail Must be set to 0 4 - High/Low Bus Addressing Set to 0 (Low addressing) 5 - Not Used Not used;...
Page 93 ÃÃ Physical Disk Slot #s Full-Bus Mode SCSI IDs BCC A (or B) Split-Bus Mode SCSI IDs BCC-A (Even Slots) BCC-B (Odd Slots)
Page 94 Note...
Page 95 Fibre Channel Host ID Switch Note...
Page 96 ÃÃ Decimal Binary Decimal Binary Decimal Binary Decimal Binary 000 0000 010 0110 100 1100 111 0010 000 0001 010 0111 100 1101 111 0011 000 0010 010 1000 100 1110 111 0100 000 0011 010 1001 100 1111 111 0101 000 0100 010 1010 101 0000...
Page 97: Attaching Power Cords
Attaching Power Cords Note...
Page 98: Attaching Scsi Cables And Configuring The Disk Enclosure Switches
Attaching SCSI Cables and Configuring the Disk Enclosure Switches NOTE! It is critical that all SCSI cables be tightened securely. Use the following steps to ensure the cable connectors are seated properly. 1. Connect the cable to the enclosure connector and tighten the mounting screws finger tight.
Page 99 Note Note...
Page 100 Ã...
Page 101 ÃÃ...
Page 102 Note Note...
Page 104 ÃÃ...
Page 105 Ã...
Page 106 Ã...
Page 107: Connecting The Fibre Channel Cables
Connecting the Fibre Channel Cables Note Note...
Page 109: Applying Power To The Disk Array
Applying Power to the Disk Array Note Note...
Page 111 Power Switches...
Page 112 Module Normal State Front Enclosure System Fault System Power On (green) Disk Activity Flashing (green) when disk is being accessed. Disk Fault LED Power Supply Power Supply On (green) BCC Module Term. Power On (green) Full Bus Off (if split bus) On (green - if single bus) BCC Fault Bus Active On (green bus is available for use)
Page 113 A System fault LED B System power LED C Disk activity LED D Disk fault LED E Power On LED F Term. Pwr. LED G Full Bus LED H BCC Fault LED I Bus Active LED J LVD LED K Fan Fault LED...
Page 114 Module Normal State Controller Power On On (green) Enclosure Power Fault Fan Fault Controller Fault Fast Write Cache On (green) while data is in cache Controller Controller Power On (green) Controller Fault Heartbeat Blink (green) Status Green There are 8 status LEDs. The number and pattern of these LEDs depend on how your system is configured.
Page 115 A Power On LED B Power Fault LED C Fan Fault LED D Controller Fault LED E Fast Write Cache LED F Controller Power LED G Controller Fault LED H Heartbeat LED I Status LEDs J Fault B LED K Full Charge B LED L Fault A LED M Full Charge A LED N Power 1 LED...
Page 116 Note...
Page 117: Solving Common Installation Problems
Solving Common Installation Problems ¤...
Page 119 MANAGING THE DISK ARRAY ON HP-UX Tools for Managing the Disk Array FC60 ........120 Installing the Array Manager 60 Software .
Page 120: Tools For Managing The Disk Array Fc60
Tools for Managing the Disk Array FC60 Note...
Page 121 Task Tool Array Manager 60 Checking disk array status Yes (amdsp) Managing LUNs Yes (amcfg) Managing global hot spares Yes (ammgr) Assigning an alias to the disk array Yes (ammgr) Managing cache memory Yes (ammgr) Managing the rebuild process Yes (amutil) Synchronizing controller date and time Yes (ammgr) Locating disk array components...
Page 122: Installing The Array Manager 60 Software
Installing the Array Manager 60 Software ¤ Note Must Array Manager 60 be installed to use SAM? ps -ef | grep AM60Srvr /opt/hparray/bin/AM60Srvr...
Page 123: Managing Disk Array Capacity
Managing Disk Array Capacity...
Page 125 ,QFRUUHFW 'LVN &RUUHFW 'LVN 6HOHFWLRQ 2UGHU 6HOHFWLRQ 2UGHU Qhv…Ã Qhv…Ã 3ULPDU\ DQG PLUURU 3ULPDU\ DQG PLUURU GLVNV RQ VHSDUDWH GLVNV RQ WKH VDPH FKDQQHOV FKDQQHO Qhv…Ã! Qhv…Ã!
Page 128 Note AUTION...
Page 129 ¤...
Page 131 Note RAID level Setting: Function: Sets the RAID level used by the LUN. Performance Impact: The RAID level selected impacts the entire performance profile for the LUN. Read I/O and write I/O performance are directly influenced by the RAID level. See "RAID Level Comparisons"...
Page 132 Cache flush threshold (default 80%) Setting: Function: Sets the level at which the disk array controller begins flushing write cache content to disk media. The setting is specified as the percentage of total available cache that can contain write data before flushing begins. The cache flush threshold can be set independently for each controller.
Page 133 Cache flush limit (default 100%) Setting: Function: Determines how much data will remain in write cache when flushing stops. It is expressed as a percentage of the cache flush threshold. For optimum performance this value is set to 100% by default. This ensures that the entire amount of cache specified by the cache flush threshold will contain write cache data, increasing the number of write cache hits.
Page 134 Write Data Write Data Write Data...
Page 135: Adding Capacity To The Disk Array
Adding Capacity to the Disk Array AUTION Note...
Page 136 Note insf -e AUTION Note Can I move a disk module within the array with power on?
Page 137 ¤...
Page 138 Note insf -e...
Page 139: Upgrading Controller Cache To 512 Mbytes
Upgrading Controller Cache to 512 Mbytes AUTION...
Page 140 Initial controller configuration Cache Upgrade Kit(s) Dual controllers, each with two 128 MB Two A5279A kits DIMMs Dual controllers, each with one 256 MB One A5279A kit DIMM Single controller with two 128 MB DIMMs One A5279A kit Single controller with one 256 MB DIMM One A5279A kit (only one of the DIMMs will be used)
Page 141: Managing The Disk Array Using Sam
Managing the Disk Array Using SAM Note...
Page 145 Green The component is functioning normally. On a disk it also indicates that the disk is part of a LUN. The component has failed or is not installed. Blue Used only for disks, indicates the disk is functioning normally and is a member of the hot spare disk group.
Page 148 Note...
Page 151 <<<MIRROR>>> Note insf -e...
Page 152 AUTION Unbinding a LUN will have the same effect on the host as removing a disk. AUTION...
Page 153 Note Note insf -e...
Page 154 AUTION...
Page 157: Managing The Disk Array Using Array Manager 60
Managing the Disk Array Using Array Manager 60 Note Task Command Capacity Management Binding a LUN amcfg -L <cntrlrID>:<LUN> -d <channel:ID>,<channel:ID>..-r <RAIDlevel> <options> <ArrayID> Unbinding a LUN amcfg -D <LUN> [-force] <ArrayID> Calculating LUN Capacity amcfg -C -d channel:ID,channel:ID... -r <RAIDlevel>...
Page 158 Task Command Disk Array Configuration Assigning an Alias to the Disk ammgr -D <ArrayAlias> <ArrayID> Array Setting Cache Page Size ammgr -p {4 | 16} <ArrayID> Setting the Cache Flush ammgr -T <cntrlrID>:<percent> <ArrayID> Threshold Setting the Cache Flush Limit ammgr -L <cntrlrID>:<percent>...
Page 159 Command Tasks amcfg Binding a LUN Unbinding a LUN Changing LUN Ownership Replacing a LUN Calculating LUN Capacity ammgr Adding a Global Hot Spare Removing a Global Hot Spare Assigning an Alias to the Disk Array Setting Cache Page Size Setting the Cache Flush Threshold Setting the Cache Flush Limit Synchronizing the Controller Date and Time...
Page 160 Symbol Meaning < > Indicates a variable that must be entered by the user. Only one of the listed parameters can be used (exclusive OR). Values enclosed in these braces are optional. Values enclosed in these braces are required.
Page 161 Note Command parameter Description ArrayID Identifies the disk array. The ArrayID may be either the disk array ID (its S/N), or an alias name assigned to the array. Each disk array must have a unique ArrayID. The disk array S/N and alias can be determined using the amdsp -i command.
Page 163 ¤ Option Status Information Displayed none General array information. This includes disk capacity usage. Sample output is shown in -l [LUN] LUN status. Status for all LUNs on the disk array will be displayed, unless a specific LUN is specified using the LUN option. If UTM is enabled, it will be displayed in the LUN output.
Page 164 Option Status Information Displayed All status. This option displays all the information returned by the preceding options. -p <devicefile> Hardware path information. Displays hardware path information for the controller corresponding to the specified device file. Rebuild status. Display the progress of any rebuilds occurring on the disk array.
Page 165 Vendor ID = HP Product ID = A5277A Array ID = 000A00A0B80673A6 Array alias = Array1 ----------------------------------------- Array State = READY Server name = speedy Array type Mfg. Product Code = 348-0040789 --- Disk space usage -------------------- Total physical = 271.4 GB Allocated to LUNs = 135.4 GB Used as Hot spare...
Page 166 Vendor ID = HP Product ID = A5277A Array ID = 000A00A0B80673A6 Array alias = Array1 ----------------------------------------- SCSI Channel:ID = 1:0 Enclosure Slot Disk State = OPTIMAL Disk Group and Type = 060E86000238C6360F LUN Capacity = 17.0 GB Manufacturer and Model = SEAGATE ST318203LC Serial Number = LRB61150 Firmware Revision...
Page 167 Information for Controller A - 000A00A0B80673A6: Controller Status = GOOD Controller Mode = ACTIVE Vendor ID = HP Product ID = A5277A Serial Number = 1T00310110 Firmware Revision = 03010108 Boot Revision = 03010002 HP Revision = HP01 Loop ID AL_PA = 0xE0 Preferred AL_PA...
Page 168 Vendor ID = HP Product ID = A5277A Array ID = 000A00A0B80673A6 Array alias = Array1 ----------------------------------------- Overall State of Array = READY Array configuration: Cache Block Size = 4 KB / 4 KB Cache Flush Threshold = 80 % / 80 % Cache Flush Limit = 100 % / 100 % Cache Size...
Page 169 Note Note 000000057D22 # export <id>=000000057D22 <array-id>...
Page 170 Note...
Page 171 Note insf -e Option Description Default -c capacity Specifies the capacity of the LUN. Capacity If not specified, the LUN capacity can be specified in megabytes (M) or will equal the total available gigabytes (G) by appending the appropriate capacity of the specified disks. letter to the capacity value.
Page 172 Option Description Default -force Allows you to bind a LUN using two or more If not specified, you cannot bind a disks in the same enclosure or on the same LUN using multiple disks in the channel. This option allows you to override same enclosure.
Page 174 AUTION Unbinding a LUN will have the same impact on the host as removing a disk.
Page 175 Note AUTION Note...
Page 176 AUTION...
Page 179 Note...
Page 180 Note ioscan insf -e amdsp -R Note Note ioscan insf -e amdsp -R...
Page 183 Note...
Page 184 AUTION...
Page 185 Option Description -f channel:ID Fault Flash the LED on the specified disk. A disk is identified by both channel (1- 6) and SCSI ID (0 - 4, 8 - 12). Fault Flash the LEDs on all the disks in the disk array. Fault Stop flashing the disk LEDs.
Page 188 Note /var/opt/hparray/log...
Page 189 Note AM60_MAX_LOG_SIZE_MB AM60_MAX_LOG_SIZE_MB Note AM60_MAX_LOG_SIZE_MB, AM60_MAX_LOG_SIZE_MB AM60_MAX_LOG_SIZE_MB /var...
Page 191 Major event log for Subsystem 001100A0B8060166 at Wed Nov 29 17:38:27 2000 Sequence Number = 14 Time Stamp = Wed Nov 29 17:38:19 2000 Event Type = Global Hot Spare Not Large Enough (224F) Event Category = Notification Component Type = Disk Enclosure Slot (0-based)
Page 192 FRU State = Failed Decoded SCSI Sense: Non-media Component Failure Reporting LUN ¤...
Page 193 Note amutil -p amutil -p...
Page 194: Managing The Disk Array Using Stm
Managing the Disk Array Using STM STM Tool Action xstm, mstm Select: Tools > Information Tool > Run STM Tool Action xstm, mstm Select: Tools > Expert Tool > Run Select: Utilities > Bind LUN...
Page 195 STM Tool Action xstm, mstm Select: Tools > Expert Tool > Run Select: Utilities > Unbind LUN STM Tool Action xstm, mstm Select: Tools > Expert Tool > Run Select: Utilities > Hot Spares > Create STM Tool Action xstm, mstm Select: Tools >...
Page 196 STM Tool Action xstm, mstm Select: Tools > Expert Tool > Run Select: Utilities > Flash Component Lights > Drive Utilities > Flash Component Lights > LUN Utilities > Flash Component Lights > Disk Enclosure Utilities > Flash Component Lights > Array...
Page 197 HP-UX DIAGNOSTIC TOOLS Overview ............198 Support Tools Manager .
Page 198 Overview...
Page 199: Support Tools Manager
Support Tools Manager Note Note...
Page 203 Tool type Description Information Provides detailed configuration and status information for all disk arrays components. Expert Provides capability to perform common disk array management tasks.
Page 209 Menu Option Property Description Logs View Event Log Displays selected event log entries Tests Parity Scan Perform a parity scan on a LUN. Utilities Bind LUN Bind selected disk modules into a LUN with a specified RAID level. Unbind LUNs Unbind a LUN.
Page 211 TROUBLESHOOTING Introduction ............212 Disk Array Installation/Troubleshooting Checklist .
Page 212: Introduction
Introduction AUTION...
Page 213 Customer Field Replaceable Units Replaceable Swappable Unit Modules Disk Enclosure Disk Modules BCC (Bus Controller Card) Modules – Note - disk enclosure should be powered down when replacing the BCC. Power Supply Modules Disk Fan Modules Controller Enclosure Controller Modules Media Interphase Adapter (MIA) Battery Backup Module Controller Fan Module...
Page 215 Critical An event that causes host system downtime, or other loss of service. Host system operation will be affected if the disk system continues to be used without correction of the problem. Immediate action is required. Serious An event that may cause, host system downtime, or other loss of service if left uncorrected.
Page 216 Notification Time: Thu Aug 6 15:18:03 1998 yourserver sent Event Monitor notification information: /peripherals/events/mass_storage/LVD/enclosure/10_12.8.0.255.0.10.0 is !=1. Its current value is CRITICAL(5) Event data from monitor: Event Time: Thu Aug 6 15:18:03 1998 Hostname: yourserver.rose.hp.com IP Address: 15.43.212.175 Event ID: 0x0035ca2b9b00000002 Monitor: dm_ses_enclosure Event # : 101 Event Class: I/O...
Page 217: Disk Array Installation/Troubleshooting Checklist
Disk Array Installation/Troubleshooting Checklist...
Page 218: Power-Up Troubleshooting
Power-Up Troubleshooting Note...
Page 219: Controller Enclosure Troubleshooting
Note Controller Enclosure Troubleshooting...
Page 220 A Power On LED B Power Fault LED C Fan Fault LED D Controller Fault LED E Fast Write Cache LED F Controller Power LED G Controller Fault LED H Heartbeat LED I Status LEDs J Fault B LED K Full Charge B LED L Fault A LED M Full Charge A LED N Power 1 LED...
Page 221 Module Normal State Controller Power On On (green) Enclosure Power Fault Fan Fault Controller Fault Fast Write Cache On (green) while data is in cache Controller Controller Power On (green) Controller Fault Heartbeat Blink (green) Status Green There are 8 status LEDs. The number and pattern of these LEDs depend on how your system is configured.
Page 222: Surestore E Disk System Sc10 Troubleshooting
SureStore E Disk System SC10 Troubleshooting AUTION...
Page 223 A System fault LED B System power LED C Disk activity LED D Disk fault LED E Power On LED F Term. Pwr. LED G Full Bus LED H BCC Fault LED I Bus Active LED J LVD LED K Fan Fault LED State Indication System Power...
Page 224 State Indication BCC Fault Amber Self-test / Fault Normal operation Flashing Peer BCC DIP switch settings do not match Green Bus operating in LVD mode Bus operating in single-ended mode Term. Pwr. Green Termination power is available from the host. Normal operation.
Page 225 Note Fans, Power Component/Status Disks BCCs Supplies Sensors AM60: Good Component is installed and no error conditions are known. STM: Optimal AM60: Critical Hardware has failed. Voltage/temperature STM: Fault - 2 exceeds critical limit. AM60: Non-critical BCC A and B Voltage/temperature STM: Fault - 3 have different...
Page 226 Problem HW Event Description Category LED State Status Probable Cause/Solution The disk none System none – Neither power cord is plugged in. enclosure does Power LED – The power switch is not pressed. not power on – AC breaker is tripped. –...
Page 227 Problem HW Event Description Category LED State Status Probable Cause/Solution Power Supply Critical Amber Critical – An incompatible or defective LED is amber component caused a temporary fault. – Power supply hardware is faulty. Unplug the power cord and wait for the LED to turn off.
Page 228 Problem HW Event Description Category LED State Status Probable Cause/Solution Peer BCC status, Major none Both BCCs: Firmware on BCC A and BCC B are temperature and Warning Non-critical different versions. voltage are Not none Internal bus is faulty. Contact HP Available Available technical support to replace...
Page 229 REMOVAL AND REPLACEMENT Overview ............230 Disk Enclosure Modules .
Page 230 Overview Note...
Page 231 Note...
Page 232 Disk Enclosure Modules ã AUTION...
Page 233 Note AUTION WARNING To avoid electric shock hazard, do not touch the backplane or adjacent drive electronics when removing and inserting disks. Note...
Page 234 ÃÃÃ AUTION...
Page 235 Note Mark Slot Note...
Page 237 ÃÃÃÃ...
Page 238 ã AUTION...
Page 239 ÃÃÃÃ A - Locking screw B - Pull tab...
Page 240 ã AUTION...
Page 241 ÃÃÃÃÃÃÃÃÃÃÃ A - cam handle B - locking screw C - power supplies D - power supply slot...
Page 242: Controller Enclosure Modules
Controller Enclosure Modules AUTION...
Page 243 ã...
Page 244 ã AUTION...
Page 245 ÃÃ To Remove: Loosen captive screw, pull firmly on handle, and remove CRU. To Install: Push controller fan CRU firmly into slot and tighten captive screw.
Page 246 ã Note AUTION...
Page 247 ÃÃ...
Page 249 Note ã AUTION...
Page 251 ã Power Switch...
Page 252 ÃÃ...
Page 253 AUTION...
Page 255 REFERENCE / LEGAL / REGULATORY Models and Options ........... 258 PDU/PDRU Products .
Page 256: System Requirements
System Requirements Boot Support on Supported Host HP-UX 11.x? Fibre Channel I/O Adapter K-class A3404A V-class A5158A, A3740A L-class A5158A, A3740A D-class A3591B N-class A5158A, A3740A R-class A3591B T-class A3636A C-class A5158A on HP-UX 11.x A3740A on HP-UX 10.20 A4xx-A5xx class A5158A...
Page 258: Models And Options
Models and Options...
Page 259 Option Description Controller Options (must order one option) Single controller module with 256 Mbyte cache, one Media Interface Adaptor, and one controller slot filler module. Configured with HP-UX firmware. Two controller modules with 256 Mbyte cache and two Media Interface Adaptors. Configured with HP-UX firmware.
Page 260 Number of A5294A/AZ Number of SCSI cables per A5277A/AZ per A5294A/AZ 1,2, or 3 4, 5, or 6...
Page 261 Option Description Delete one 2m cable included in A5294A product and add one 5m VHDCI SCSI cable for connection of A5277A to A5294A in a different rack Option Description Note: All disk enclosures ordered with a single A5277A/AZ must have identical Storage Capacity Options. 4, 9-Gbyte 10K rpm disk drives 8, 9-Gbyte 10K rpm disk drives 10, 9-Gbyte 10K rpm disk drives...
Page 262 Order No. Description A5276A 9.1-Gbyte disk drive module 10K rpm Ultra 2 LVD A5282A 18.2-Gbyte disk drive module 10K rpm Ultra 2 LVD A5633A 18.2-Gbyte disk drive module 15K rpm Ultra 2 LVD A5595A 36.4-Gbyte disk drive module 10K rpm Ultra 2 LVD A5622A 73.4-Gbyte disk drive module 10K rpm Ultra 2 LVD A5278A...
Page 263: Pdu/Pdru Products
PDU/PDRU Products Order No. Description Supported on Original Racks E7676A 19 inch, 100-240 V, 16 Amp, 1 C20 inlet, 10 C20 outlets E7671A 19 inch, 100-240 V, 16 Amp, 1 C20 inlet, 2 C19 & 6 C13 outlets E7674A 19 inch, 100-240 V, 16 Amp, 1 C20 inlet, 1 C19 & 7 C13 outlets E7679A 19 inch, 100-127 V, 16 Amp, 2 C20 inlets, 2 C19 outlets, switch accessory E7680A...
Page 264: Replaceable Parts
Replaceable Parts Exchange Part Number Field Replaceable Units Part # A5278-60001 A5278-69001 HP-UX Controller Module (5v model ) w/32 MB SIMM (no cache DIMMs) This part has been replaced by the A5278- 60006. A5278-60006 A5278-69006 HP-UX Controller Module (3.5v model ) w/32 MB SIMM (no cache DIMMs) A5635-60002...
Page 265 Exchange Part Number Field Replaceable Units Part # A5277-60004 Power Supply Modules A5277-60002 Power Supply Fan Module A5277-60001 Front Door Assembly 5021-1121 Terminator, SCSI, 68 pin, LVD 5064-2464 Media Interface Adapter (MIA) Replacement Part Exchange Part Order No. Part Description Order No.
Page 266: A5277A/Az Controller Enclosure Specifications
A5277A/AZ Controller Enclosure Specifications Height Width Depth 6.75 inches (17.1 cm) 17.5 inches (44.5 cm) 24 inches (61 cm) Weight of Each Component (lbs) Quantity Subtotal (lbs) Controller modules 13.2 Controller Fan Battery 21.4 21.4 Power Supply Power Supply Fan Front Cover Chassis 31.6...
Page 267 Voltage Typical Maximum In-Rush Current Operating Operating Current Current 100 - 127 VAC 1.5 A 2.3 A 21.7 A 220 - 240 VAC 0.8 A 1.2 A 42.9 A Incoming Voltage AC RMS Typical Power Consumption 100- 127 VAC 180 watts 200 - 240 VAC 180 watts...
Page 268 Note Note...
Page 270: A5294A/Az Disk Enclosure Specifications
A5294A/AZ Disk Enclosure Specifications Height Width Depth 5.91 in. (15.0 cm) 18.9 in. (48.0 cm) 27.2 in. (69.1 cm) Component Weight of Each (lbs) Quantity Subtotal (lbs) Disk Drive (HH) 3 .3 Power Supply 10.6 Midplane-Mezzanine Door Chassis Total, Approx. 110 lbs.
Page 271 Voltage Typical Current Maximum Current 100 - 127 VAC 4.8 a 6.5 a 220 - 240 VAC 2.4 a 3.2 a 50-60 Hz , single phase, power factor corrected Incoming Voltage AC RMS Typical Power Consumption 100- 127 VAC 347 watts 200 - 240 VAC 347 watts...
Page 272 Note...
Page 273 Note...
Page 274: Warranty And License Information
Warranty and License Information Replacement Parts HP replacement parts assume the remaining warranty of the parts they replace. Warranty life of a part is not extended by means of Warranty replacement. Items Not Covered Your HP SureStore E Disk Array FC60 warranty does not cover the following: –...
Page 275 Ninety-Day Limited Software Warranty. Removable Media (if supplied). Notice of Warranty Claims.
Page 276 Limitation of liability and Remedies. TO THE EXTENT ALLOWED BY LOCAL LAW, THE REMEDIES IN THIS WAR-...
Page 277 RANTY STATEMENT ARE CUSTOMER’S SOLE AND EXCLUSIVE REMEDIES. EXCEPT AS INDICATED ABOVE, IN NO EVENT WILL HP OR ITS SUPPLIERS BE LIABLE FOR LOSS OF DATA OR FOR DIRECT, SPECIAL, INCIDENTAL, CONSE- QUENTIAL (INCLUDING LOST PROFIT OR DATA), OR OTHER DAMAGE, WHETHER BASED IN CONTRACT, TORT, OR OTHERWISE.
Page 280: Regulatory Compliance
Regulatory Compliance...
Page 281: Fcc Statements (Usa Only)
FCC Statements (USA Only)
Page 285 1.)This product was tested with Hewlett-Packard Unix server host computer system. Boise Idaho U.S.A., 03/22/99 Dan T. Michauld / QA Manager European Contact: Your local Hewlett-Packard Sales and Service office or Hewlett-Packard GmbH, Department HQ-TRE, Herrenberger Straße 130, D-71034 Boblingen (FAX +49-7031-14-3143)
Page 287 GLOSSARY...
Page 301 INDEX...

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HP Surestore Disk Array 12h - And FC60 User Manual

1 Product Description

3 Installation

4 Managing the Disk Array on Hp-Ux

6 Troubleshooting

8 Reference / Legal / Regulatory

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