SL500 (M852x) Tape
Library Installation and
User’s Guide
Abstract
This manual describes how to install and use an M852x tape library on HP NonStop™
servers.
Product Version
N.A.
Supported Release Version Updates (RVUs)
This publication supports G06.31 and all subsequent G-series RVUs and H06.11 and
all subsequent H-series RVUs until otherwise indicated by its replacement publication.
Part Number
Published
541531-006
June 2007
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Index
Capacities 1-9
Electronics 1-14
Fans 1-14
Robotics 1-17
Interfaces 1-18
Keypad 2-1
i
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Contents
4. Cartridge Information
5. Configuring the M8520 Tape Library for the NonStop S-Series
Server
ServerNet/DA 5-1
6. Configuring the M8521 Tape Library for the Integrity NonStop
NS-Series Server
7. Configuring the M8521 Tape Library for the NonStop S-Series
Server
ii
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Contents
A. Specifications
Power A-4
Figures
Tables
iii
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Contents
iv
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What’s New in This Manual
Manual Information
SL500 (M852x) Tape Library Installation and User’s Guide
Abstract
This manual describes how to install and use an M852x tape library on HP NonStop™
servers.
Product Version
N.A.
Supported Release Version Updates (RVUs)
This publication supports G06.31 and all subsequent G-series RVUs and H06.11 and
all subsequent H-series RVUs until otherwise indicated by its replacement publication.
Part Number
Published
541531-006
June 2007
Document History
Part Number
541531-001
541531-002
541531-003
541531-004
541531-005
541531-006
Product Version
Published
N.A.
N.A.
N.A.
N.A.
N.A.
N.A
September 2005
November 2005
February 2006
February 2006
June 2006
June 2007
New and Changed Information
The N1522A LTO generation 2 SCSI tape drive has been replaced by the N1523A LTO
generation 3 SCSI tape drive.
v
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What’s New in This Manual
New and Changed Information
vi
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About This Manual
Notation Conventions
Hypertext Links
Blue underline is used to indicate a hypertext link within text. By clicking a passage of
text with a blue underline, you are taken to the location described. For example:
This requirement is described under Backup DAM Volumes and Physical Disk
Drives on page 3-2.
computer type. Computer typeletters within text indicate C and Open System Services
(OSS) keywords and reserved words. Type these items exactly as shown. Items not
enclosed in brackets are required. For example:
myfile.c
italic computer type. Italic computer typeletters within text indicate C and Open
System Services (OSS) variable items that you supply. Items not enclosed in brackets
are required. For example:
pathname
Change Bar Notation
Change bars are used to indicate substantive differences between this manual and its
preceding version. Change bars are vertical rules placed in the right margin of
changed portions of text, figures, tables, examples, and so on. Change bars highlight
new or revised information. For example:
The message types specified in the REPORT clause are different in the COBOL
environment and the Common Run-Time Environment (CRE).
The CRE has many new message types and some new message type codes for
old message types. In the CRE, the message type SYSTEM includes all
messages except LOGICAL-CLOSE and LOGICAL-OPEN.
vii
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About This Manual
Change Bar Notation
viii
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1 Overview of the Tape Library
This section includes:
This section contains an overview of the major hardware components of the tape
library.
The tape library provides a highly adaptable storage platform made to specifically
consolidate, protect, and retain customer information. The tape library protects
customer’s investments by providing a cost-effective entry point and makes it easy to
grow the unit with expansion modules.
The tape library is a self-contained, fully automated tape cartridge storage system. It is
scalable and mounts into a 19-inch (483-millimeter) rack.
For each tape library:
The base module contains the robotics unit and the base unit:
•
The robotics unit has the robotic components and the keypad.
°
The base unit has 50 cartridge slots (including the reserved slots), one or two
tape drives, and a 5-slot cartridge access port (CAP).
°
Drive expansion modules and cartridge expansion modules can be added to a
standard rack to accommodate various slot and tape drive configurations.
•
1-1
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Overview of the Tape Library
Views and Locations
Views and Locations
components.
Figure 1-1. Front View of Tape Library Components
1. Base module
2. Drive expansion module
3. Library door
4. Drive expansion module cartridge access port (CAP)
5. Library door lock
6. Base unit cartridge access port (CAP)
7. Keypad assembly
8. Robotics unit
1-2
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Overview of the Tape Library
Views and Locations
Figure 1-2. Back View of Tape Library Components
1. Base module
2. Drive expansion module
3. Redundant power supply
4. Standard power supply
5. Library power switch
6. Tape drive 1 in base unit
7. Tape drive 1 in expansion module
1-3
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Overview of the Tape Library
Physical Configurations
Physical Configurations
page 1-6 shows a tape library with a base module that has nine reserved slots, one
drive expansion module, and one cartridge expansion module.
slots, one drive expansion module, and one cartridge expansion module.
drives are installed, only those that are powered-on receive SCSI addresses, starting with the
top-most tape drive.
The storage slot numbering begins with the first slot after the reserved slots in column 1.
are configured as storage slots, the top slot (row 1) would be 1. If the CAP in module 1 is
configured as storage slots, the top CAP slot (row 1) is 62 if there are two reserved slots as
shown, or 64 if no slots are reserved.
according to which type of module is installed above and below it.
The numbering scheme uses the tape library, module, row and column scheme. Four
integers are used to represent the cartridge and tape drive slots, as viewed from the
front of the tape library.
1. Library number (always 0)
2. Library module number 1 (top of rack) through 5 (bottom of rack)
3. Row number 1 through 9 (base module) or 1 through 12 (expansion module)
4. Column number 1 through 9 for base module and drive expansion module, 1
through 11 for cartridge expansion module
1-4
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Overview of the Tape Library
Capacities
Capacities
depending on the type and number of modules installed.
Slot counts are based on the following assumptions:
Capacity includes reserved slots for diagnostic and cleaning cartridges.
•
•
Reserved slots (for cleaning and diagnostic cartridges) are located only in the base
module on the left side as you open the front door. These slots can be configured
for data cartridges if desired.
The base module has a 5-slot CAP; the drive expansion module (DEM) and
cartridge expansion module (CEM) each have two 5-slot CAPs. These slots can be
configured for data cartridges if desired.
•
When DEMs and CEMs are installed in the same library, the DEMs are above all of
the CEMs.
•
When you add an expansion module below an existing module, you increase the
capacity of the module directly above it by:
Base module: +16 slots
•
CEM (when another CEM is below it): +10 slots
•
CEM (when a DEM is below it): +7 slots
•
•
DEM: +7 slots
When a CEM is installed below a base module or DEM, the top two rows on columns
9, 10, and 11 of the CEM are not accessible (-6 slots because of the tape drives).
The lowest module in the rack requires installation of the floor. The floor limits the
distance the robot can travel, which makes the bottom row(s) in the lowest module
inaccessible:
Base module: -16 slots
•
DEM: -7 slots
•
CEM (below another CEM): -16 slots (-10 slots on the lowest CEM, -6 slots on the
CEM above it)
•
CEM (below base module or DEM): -16 slots
•
Cartridge access ports:
Base module: 5 slots (one magazine)
•
Each DEM: 10 slots (two magazines)
•
Each CEM 10 slots (two magazines)
•
1-9
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Overview of the Tape Library
Capacities
Table 1-1. Cartridge Slot and Tape Drive Capacities
Modules
Maximum Number of Tape Drives
CAP
Slots
Total
Number of
Slots
2
6
10
14
18
Base Module
20 cartridge upgrade key
30
50
5
5
35
55
Adding one expansion module
Base module plus 1
limited DEM
100
143
15
15
15
115
158
185
Base module plus 1
DEM
Base module plus 1
CEM
170
Adding two expansion modules
Base module plus 2
limited DEMs
227
25
25
25
252
279
315
Base module plus 1
DEM, 1 CEM
254
Base module plus 2
CEMs
290
Adding three expansion modules
Base module plus 3
DEMs
311
35
35
35
35
346
373
409
445
Base module plus 2
DEMs, 1 CEM
338
Base module plus 1
DEM, 2 CEMs
374
Base module plus 3
CEMs
410
Adding four expansion modules
Base module plus 4
DEMs
395
45
45
45
45
45
440
467
503
539
575
Base module plus 3
DEMs, 1 CEM
422
Base module plus 2
DEMs, 2 CEMs
458
Base module plus 1
DEM, 3 CEMs
494
Base module plus 4
CEMs
530
1-10
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Overview of the Tape Library
Robotics Unit
Robotics Unit
The robotics unit provides movement of cartridges among the storage slots, tape
drives, and cartridge access ports (CAPs). The three main robotic components are:
Z drive assembly
•
X table assembly
•
Hand assembly
•
The Z drive assembly uses the Z drive pulley to move the X table up and down to the
desired slot or tape drive. At the same time, the X carriage assembly (containing the
hand) moves the hand forward and backward; the wrist motor rotates the hand right
and left.
The hand assembly contains the wrist hub assembly, gripper assembly, and bar-code
scanner. The gripper assembly has fingers that grasp the sides of the cartridge. If the
library loses power while a cartridge is between the fingers, the manual release screw
is used to remove the cartridge. A worm gear can be used to rotate the hand to the
correct position to access the manual release screw.
For safety purposes, the robotics will be parked in the robotics unit when the front door
is opened or when the Open Door button is pressed on the keypad. Parked means
that the robotics components are fully retracted into the robotics unit at the top of the
library. To verify the robot is parked, look at the lever in the cutout beneath the facade
and to the bottom left of the keypad, the lever should be to the left.
The robotics unit is accessible from the front of the rack.
1-11
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Overview of the Tape Library
Electronics
Electronics
The electronics consists of the control path and robotic cards in the base unit.
Communications include:
Command line interface (CLI) over an RS232 port
•
Public Ethernet port (The private port is for future use)
•
Point to point library/tape drive RS232 interface
•
•
Control path card for LVD SCSI or SCSI over Fibre Channel
Sensors include:
Card temperature
•
Fan operational
•
Power safe
•
Tape drive present
•
Tape drive fault LED
•
RLC Card
The RLC card is the processor card. It contains all the necessary hardware to maintain
the robotics, interfaces, servo and vision control, and the door/CAP sensor status.
Interface Cards
The MPW card is the LVD SCSI interface card. The MPU2 card is the Fibre Channel
interface card.
Fans
The fans provide cooling for the library electronics. The tape drives and power supplies
contain their own fans.
1-14
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Overview of the Tape Library
Power System
Power System
The base unit has one standard power supply. A second supply can be ordered and
installed to provide redundant power to the module components. Each supply should
be plugged into a separate circuit and powered on to provide redundant power. If one
supply fails, the second supply automatically provides power.
A single power switch on the back of the tape library is used to power on or power off
all the power supplies in the rack:
The ON position is 1.
•
•
The OFF position is 0.
Cartridge Access Port
The cartridge access port (CAP) can be used to add cartridges to the tape library, or
remove cartridges from the tape library without interrupting normal robotic operation.
The CAP in the base module has one five slot magazine; the CAP in the drive
expansion module has two five slot magazines.
Although the CAPs are not physically connected, they are logically connected. If any of
the CAPs are open, the CAP LED on the keypad will be on, alerting the operator to
take action to close the CAP. If all of the CAPs are closed, the CAP LED will be off.
You can use the keypad on the robotics unit to issue a command for the robot to
unlock the CAP.
The CAP has two settings, ALLOW and PREVENT. ALLOW is the default setting after
you power on or reset the tape library. The following table shows how these settings
affect the CAPs.
CAP Condition
ALLOW
PREVENT
All of the CAPs are
closed.
When you press the CAP
button all of the CAPs in the button, the action is ignored
When you press the CAP
rack will open.
and all the CAPs remain
closed.
The library firmware turns on
the CAP LED.
Any of the CAPs
are open.
When you press the CAP
button, any CAP that is not
open in the rack will open.
When you press the CAP
button, the action is ignored
and all of the CAPs remain
in their individual current
state of open or closed.
1-15
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Overview of the Tape Library
Supported Tape Drives
Supported Tape Drives
The tape library can accommodate from 1 to 14 tape drives. The LTO generation 3
tape drives supports Ultrium 3 media, Ultrium 2 media, and Ultrium 1 media (read
only).
Figure 1-9. Supported Tape Drives
Product Number Description
N1523A
LTO Generation 3 tape drive with SCSI Interface for NonStop S-series
servers
M8504
LTO Generation 3 tape drive with a Fibre Channel interface for
Integrity NonStop NS-series servers
LTO Ultrium
Linear-Tape Open (LTO) is a set of tape data format standards created to enable data
interchange among different LTO Ultrium tape drive vendors. These LTO Ultrium
standards allow data cartridges to be shared.
Table 1-2. LTO Generation 3 Specifications
Specification
Performance
400 gigabytes
800 gigabytes
Capacity, native (uncompressed)
Capacity (compressed)
Data transfer rate, native (uncompressed) 80 megabytes per second
1-16
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Overview of the Tape Library
Audit of Tape Library
Audit of Tape Library
An audit is the method by which the tape library keeps track of all cartridge locations
within the unit. An audit occurs when you:
Power on the library
•
Open and close the front door
•
Close the CAP (CAP slots only)
•
Initialization occurs when the tape library is powered on or when the front door is
opened and closed. During initialization, the RLC card applies voltage to the motors
(gripper, reach, wrist, and Z drive). The robotic components ranges of motion are
tested, the targets and labels are read for calibration purposes, and the slots are
audited for cartridge VOLIDs. This information is stored on the RLC card.
Note.
When an audit occurs, the tapes in the tape drives are not audited.
•
•
If you manually exchange a cartridge from a tape drive for one in storage, you must update
the tape management database or an error will occur.
The bar code scanner on the hand assembly reads the labels on the cartridges.
Safety Features
The following subsections describe the safety features that are incorporated into the
tape library.
Cards and Power Supply
The RLC card or SCSI (MPW) interface card, and the power supply are housed inside
protective modules to prevent you from coming into contact with hazardous voltages
and sensitive electronics.
Robotics
The software parks the robot by retracting it into the robotics unit module before the
front door can be opened to prevent the robot from being damaged.
When the front door is opened, power is removed from the robot.
Front Door
The front door must be opened with a key to ensure that the data is secure. If the door
is not fully closed, a sensor relays the condition to the software and the robot remains
disabled.
1-17
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Overview of the Tape Library
Interfaces
Interfaces
The major tape library interfaces are:
Library control path support for LVD SCSI
•
Public 100BaseT ethernet port
•
CLI serial port for local access for service representative, manufacturing and
engineering (Not for customer use).
•
Environmental port for monitoring fans, tape drives, and power. This port is internal
and cannot be accessed by the customer.
•
Cartridge access ports and sensors for indicating a door open or closed condition.
•
•
Front door opened button (on keypad), key for opening door, sensor LED that
indicates door is closed and latched.
Figure 1-10. Tape Library Interfaces Locations
1. Private Ethernet port is for future use.
2. Eject OK (hot-swappable) LED, when on, indicates that the RLC card can be removed.
3. Public Ethernet port is for remote service access.
4. Fault LED indicates that the controller has detected a problem.
5. Reserved for future use.
6. Standby LED, when lit, indicates the RLC card (when two RLC cards are installed) is in
standby mode (future feature).
7. CLI port is an RJ-45 serial port for service representatives.
8. Active LED, when lit, indicates this RLC card is active if two RLC cards are installed. If
only one card is installed, the LED is always on (future feature).
Each installed tape drive contains the following interfaces:
• Tape Transport Interface (TTI) receives commands form the RLC card.
Some examples of signals that are transferred over the TTI are “ready,”
“unloading,” “busy,” and “sense” information.
• The data path can have a single-port SCSI.
1-18
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2 Controls and Indicators
This section includes:
Power Switch
When the switch is in position 1 the tape library and tape drives are powered on. When
the switch is in position 0 the tape library and tape drives are powered off.
Note. Earlier built tape libraries had power supplies that had individual power switches. Later
tape libraries have one power switch that controls all power supplies in the rack.
Keypad
The keypad is used to open the door, open the CAP, and notify the user if service is
required.
1. The Door Open button opens the tape library door. All doors function as one door
and can not be opened individually.
2. The CAP Open button opens all CAP doors.
3. The Library Active LED, if on, indicates the tape library is functioning properly. If
the Library Active LED is flashing, call your service representative.
4. If the Service Robot LED is on and flashing, call your service representative.
5. If the Service Required LED is on and flashing, call your service representative.
2-1
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Controls and Indicators
Keypad
Table 2-1. Keypad Buttons and Indicators
Buttons/Indicators
Description
Indicator
Service Robot
LED is lit when the robot is not functioning. Replace
the robotics unit.
Library Active
Indicator
LED is normally solid green.
•
LED turns off when the tape library experiences
a failure. If it never turns on, an initialization or
power failure has occurred.
•
Service Required
Open Door
Indicator
LED is normally solid green.
•
LED is lit when the tape library experiences a
non-robotic failure.
•
Indicator
LED flashes amber when the Open Door button
is pressed.
•
LED is solid amber when the robot is parked in
the robotics unit.
•
LED flashes during initialization and audit.
•
LED is not lit when the library is ready for
customer use.
•
Button
When pressed:
1. Software allows the current job to complete. This
could take awhile.
2. Software retracts the robot into the robotics unit
so that it will not be damaged when you open
the door with the key.
Open CAP
Indicator
LED is amber when any CAP doors are open
•
LED is not lit when all CAP doors are shut
•
LED flashes during audit
•
Button
Button is used to tell the robot to open the CAP
doors.
2-3
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Controls and Indicators
Keypad
2-4
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3 Library Operation
This section includes:
Automated Mode
Automated mode is the normal operating mode of the tape library. The controlling
software instructs the hand assembly to move cartridges among the storage slots, tape
drives, and cartridge access port (CAP) without operator intervention.
Opening the Front Door (With Power)
To open the front door when tape library power exists:
1. Press the Open Door button on the keypad.
a. The software allows the current job to complete.
b. The software retracts the robot into the robotic unit to prevent the robot from
being damaged and to prepare it for servicing.
2. When the Open Door indicator turns on, use the key to open the door.
Securing the Front Door (With Power)
To secure the front door when tape library power exists, push it closed and use the key
to lock it.
Entering a Cartridge Through the CAP
The base module CAP contains a standard five slot magazine. The expansion module
CAP has two five slot magazines. The CAPs allow you to insert cartridges and remove
cartridges from the tape library.
To enter a cartridge into the CAP:
1. Be sure that the CAP Prevent/Allow state is set to Allow.
2. Press the CAP Open button on the keypad.
The robot opens the CAP door and the CAP Open LED is turned on.
3. Grip the handle of the magazine and slide it out of the CAP and onto the door.
Note. Do not remove the magazine from the door. Leaving the magazine on the door rails
will allow the magazine to slide easier into the CAP.
3-1
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Library Operation
Entering a Cartridge Through the CAP
4. Place the cartridge into one of the magazine slots, making sure that the VOLID
label is visible and the hub of the cartridge is down.
5. Grip the handle and slide the magazine back into the CAP.
Figure 3-1. Sliding a Magazine Into a CAP
6. Close the CAP door making sure that the door is securely latched.
3-2
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Library Operation
Powering On the Tape Library
Powering On the Tape Library
To power on the library:
1. Close and lock the front door if the door is open.
2. Press the power switch (on the top right corner of the back of the library) to the ON
(1) position.
Powering Off the Tape Library
Caution. If you power off the tape library without performing the following procedure, you risk
possible equipment or cartridge damage or loss of data.
1. Make sure that all jobs have completed processing.
2. Make sure the tape library and tape drives are not in use.
3. Move the power on/off switch to the OFF position (0).
3-3
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Library Operation
Manual Mode
Manual Mode
This section describes the operation of the tape library in manual mode. Manual mode
occurs then the tape library is taken offline, or loses power, or the front door is opened.
Opening the Front Door (Without Power)
To open the front door when no tape library power exists:
Note. You must manually move the robotics park lever (beneath the facade and to the bottom
left of the keypad) to the left position so that you can open the door with the key. Under normal
conditions, the lever signifies that the robot is parked inside the robotics unit at the top of the
tape library, and the door can be safely opened. When no power exists, the robot is not actually
parked, but you will be able to open the door when you move the lever to the left.
Figure 3-2. Lever Not in Parked Position
1. Press the power switch on the back of the tape library to the OFF position.
2. Remove the robotic facade from the top of the library by gently pulling the facade
from side to side to pull the ball studs away from the clips. You might have to use a
screwdriver to gently pry it off.
3-4
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Library Operation
Securing the Front Door (Without Power)
WARNING. Possible injury to finger: Make sure that your finger is completely to the left in the
next step so that it will not be pinched when the door locking lever extends as shown in the
lower picture.
Figure 3-3. Door Locking Lever Extended
3. While using one hand to move the robotics park lever to the left, use your other
hand to unlock the door with the key.
Securing the Front Door (Without Power)
To secure the front door when no tape library power exists:
1. Remove the robotic facade from the top of the tape library by gently pulling the
facade from side to side to pull the ball studs away from the clips. You might have
to use a screwdriver to gently pry it off.
Caution. Possible component damage: Note the door locking lever protruding from the top of
the door. Do not let it hit the robotics park lever when you close the door.
2. While using one hand to move the robotics park lever to the left, use your other
hand to close the door.
3-5
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Library Operation
Locate and Remove Cartridge
Figure 3-4. Moving Robotics Park Lever
3. While still holding the door shut, release the robotics park lever.
4. Use the key to lock the door. The robotics lever automatically moves to the right
when the door locking lever retracts.
Locate and Remove Cartridge
To locate a particular cartridge inside the tape library:
1. Open the door.
2. Locate the particular cartridge by its VOLID (volume ID) label and slot.
3. Remove the cartridge from the slot by sliding the cartridge out.
4. Close the tape library door.
Insert Cartridges Into Slots
Depending on the version and configuration of your tape library, some storage slots
cannot be used.
Note. You do not have to insert a cartridge into every storage slot. The tape library
automatically audits cartridges and empty slots as part of its initialization routine.
Caution. Inserting the cartridges correctly is critical for library operation. If you do not orient
the cartridges correctly or do not insert them all the way into the storage slots, the tape library
might fail. Make sure you insert the cartridges into the magazine.
1. Check the cartridges to make sure they are correctly labeled.
2. Insert as many cartridges into the tape library as you want and as your
configuration allows, making sure you seat them all the way into the storage slots.
3-6
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Library Operation
Inserting a Cartridge Into a Tape Drive
Inserting a Cartridge Into a Tape Drive
To manually insert a cartridge into a tape drive:
1. Obtain the VOLID label, location, and tape drive number from the server console.
2. Open the door.
3. Locate the cartridge.
Caution. Potential equipment damage. You must insert the cartridge properly or you will
damage the tape drive.
4. Hold the cartridge so that the VOLID is facing you and can be read from right to
left.
5. Insert the cartridge into the tape drive.
6. Close the tape library access door.
Figure 3-6. Inserting Cartridge Into Tape Drive
1. Cartridge
2. Drive
3-8
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Library Operation
Removing a Cartridge From a Tape Drive
Removing a Cartridge From a Tape Drive
To manually remove a cartridge from a tape drive:
1. Open the door and locate the appropriate tape drive.
Caution. Possible data loss. Failure to perform and wait approximately 12 seconds until the
operation completes.
2. Press the Unload button on the tape drive and wait approximately 12 seconds until
the operation completes.
Figure 3-7. Location of Unload Button
3. Gently pull the cartridge from the tape drive.
4. Store the cartridge in an empty slot or outside the tape library.
Note. If you store the cartridge in an empty slot, you must reinitialize the tape library.
5. Close the tape library door.
3-9
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Library Operation
Removing a Cartridge From the Gripper Assembly
Removing a Cartridge From the Gripper Assembly
The hand assembly can be in any position when the tape library loses power. Before
you can remove the cartridge, the hand assembly must be facing the front left arrays
and aligned with an empty slot.
If the hand assembly is facing right:
1. Gently turn the hand to the left.
2. Slide the hand assembly along the rail until the gripper is positioned across from
an empty slot and close to you.
3. Continue with the following steps.
If the hand assembly is facing left:
1. Turn the gripper belt to extend the gripper until the release screw is accessible.
2. Use a small, flat blade screwdriver to turn the screw 1/4 turn clockwise until the
cartridge is released.
3. Push the cartridge into a slot.
4. Gently push the gripper back into the hand.
5. Slide the hand assembly toward the back of the tape library.
6. Remove the cartridge from the slot, or leave it there.
3-10
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Library Operation
Replacing a Cleaning Cartridge
Figure 3-8. Manual Release Screw
1. Gripper belt and pulleys
2. Gripper
3. Release screw
Replacing a Cleaning Cartridge
Cleaning cartridges have a limited life span. When the usage count exceeds its limit,
you must replace it with a new one.
To replace a cleaning cartridge:
1. Open the door.
2. Remove the expired cleaning cartridge from its reserved slot.
3. Insert the new cleaning cartridge into that slot.
4. Close the tape library door.
5. Wait until the initialization tests complete before performing another task.
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Library Operation
Replacing a Cleaning Cartridge
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4 Cartridge Information
This section includes:
Handle Cartridges
Improper handling of cartridges can result in loss of data or damage to a tape library
component.
To handle a cartridge correctly:
Make sure the leader is latched every time you pick up a cartridge.
•
Keep cartridges clean.
•
Inspect a cartridge before each use, and never put a damaged cartridge into a tape
drive or tape library.
•
Never pull tape from a cartridge.
•
Never open a cartridge.
•
Do not handle tape that is outside the cartridge; the tape edge might be damaged.
•
Do not expose the tape or cartridge to direct sunlight or moisture.
•
Do not expose a recorded cartridge to magnetic fields; this might destroy data on
the tape.
•
Inspect Cartridges
A defective or dirty cartridge can damage a tape drive. Always inspect a cartridge
before you insert it into a tape drive or a tape library. Look for:
Cracked or broken cartridge
•
Broken leader
•
Broken leader latch
•
Damaged write-protect switch
•
Liquid in the cartridge
•
Labels not firmly or neatly attached or extending over the cartridge edge
•
Any other obvious damage
•
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Cartridge Information
Maintain Cartridges
Maintain Cartridges
It is important to keep your tape cartridges in good condition. A defective or dirty
cartridge can damage a tape drive.
When you store a cartridge:
Leave it in its protective wrapping until you are ready to use it.
•
•
Choose a clean environment that duplicates the conditions of the room in which it
is used.
Make sure the cartridge has been in its operating environment for at least 24
hours.
•
When you clean a cartridge exterior:
Caution. Do not use certain solvents to remove labels or to clean cartridges because they can
damage the cartridges. Do not use acetone, trichloroethane, toluene, xylene, benzene, ketone,
methylethyl ketone, methylene chloride, ethyldichloride, esters, ethyl acetate, or similar
chemicals.
Wipe all dust, dirt, and moisture from the cartridge with a lint free cloth.
•
•
Use cleaning wipes that are saturated with isopropyl alcohol. Do not let any
solution touch the tape or get inside the cartridge.
4-2
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Cartridge Information
Ultrium Cartridges
Ultrium Cartridges
Figure 4-1. Ultrium Cartridge Components
1. Write-protect switch (data cartridge has red switch, cleaning cartridge has gray switch)
2. Volume ID label (barcode to hub side of cartridge)
3. Access door
4. Leader pin
Apply Cartridge Labels
Cartridge labels reflect the cartridge media and usage. If your cartridges were not
ordered with labels already applied, you must apply them yourself. You must correctly
label all cartridges for tape library use.
Caution. Possible misread of volume number label: Make sure the edges of the labels do not
curl. Curling causes the cartridges to stick in the tape drive loader and the robot to misread the
label.
Valid Labels
LTO cartridge labels have eight characters. The last two characters are the Media ID
(C1, C2, CU, L1, L2, or L3). CLN or DG are the first characters on the cleaning or
diagnostic label.
4-3
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Cartridge Information
Valid Labels
Table 4-1. LTO Cartridge Codes
Label
Type of Cartridge
CLN plus C1
CLN plus CU
DG plus L
Cleaning cartridge for tape drives
Universal cleaning cartridge
Diagnostic cartridge (Apply a DG label to a blank data
cartridge to be used for diagnostic tests.)
L1
L2
L3
Generation 1 data cartridge
Generation 2 data cartridge
Generation 3 data cartridge
Figure 4-2. LTO Cartridge Labels
When an audit occurs the tapes in the tape drives are not audited. Unlabeled
cartridges are not supported and will not be recognized by an audit.
4-4
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Cartridge Information
Valid Labels
Perform these steps before applying the label into the recessed area on the cartridge:
1. Make sure the cartridge has been at room temperature for at least 24 hours.
2. Clean the surface where the labels will be placed using a cleaning solution made
for this purpose.
3. Locate the type of label that you require.
4. Hold the cartridge so that the write-protect switch is toward you.
Figure 4-3. Ultrium Cartridge Label
1. Volume number label
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Cartridge Information
Setting the Write-Protect Switch
Setting the Write-Protect Switch
You can set the write-protect switch so the cartridge is write enabled. To write-enable
the tapes, slide the switch to reveal the open lock symbol . In this position, the tape
drive can write as will as read data. This setting is recommended when inserting
cartridges into the tape library.
You can set the write-protect switch so that the cartridge is read only. Slide the switch
to reveal the symbol of a closed lock. In this position, the tape drive can only read data
from the tape but cannot write data to it.
Figure 4-4. Write-Protect Switch
1. Write-protect switch (Data cartridge has red switch. Cleaning cartridge has gray switch.)
2. Write-enabled
3. Write-protected
4-6
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Cartridge Information
Setting the Write-Protect Switch
Table 4-2. LTO Gen 1, Gen 2, and Gen 3 Cartridge Specifications
Specification
L3 Cartridge
L2 Cartridge
L1 Cartridge
Capacity, native
(uncompressed)
400 GB
200 GB
100 GB
Capacity
(compressed)
800 GB
5.9 m/s
400 GB
5.9 m/s
7.0 m/s
200 GB
4.0 m/s
7.0 m/s
Read and write
tape speed
Search and rewind 7.0 m/s
speed
Archival life
Number of tracks
Dimensions
Width
15–30 years
15-30 years
512 tracks
15-30 years
384 tracks
704 tracks
107 mm (4.2 in.)
22.9 mm (0.9 in.)
102 mm (4.0 in.)
210.0 g (0.46 lb)
107 mm (4.2 in.)
22.9 mm (0.9 in.)
102 mm (4.0 in.)
210.0 g (0.46 lb)
107 mm (4.2 in.)
22.9 mm (0.9 in.)
102 mm (4.0 in.)
210.0 g (0.46 lb)
Height
Depth
Weight
Temperature
(noncondensing)
Operating
Shipping
10 to 40°C (50 to
104°F)
10 to 40°C (50 to
104°F)
10 to 40°C (50 to
104°F)
-23 to 49°C (-10 to
120°F)
-23 to 49°C (-10 to
120°F)
-23 to 49°C (-10 to
120°F)
26°C (78°F)
20–80%
26°C (78°F)
26°C (78°F)
Wet bulb
Humidity
20-80%
20-80%
4-7
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Cartridge Information
Setting the Write-Protect Switch
4-8
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5
Configuring the M8520 Tape Library
for the NonStop S-Series Server
The section covers:
Supported Connections
You can attach the M8520 tape library (control path and data path) to a NonStop
S-series server using one of the following:
ServerNet/DA
•
IOMF CRU
•
PMF CRU
•
Note. The control path is used to control the robot and the data path is used to control the tape
drive or drives.
Adding the Control Path and the Data Path
ServerNet/DA
To add the control path to the server configuration database, use the SCF ADD SCSI
command. Use the SCF ADD TAPE command to add the data path. Before issuing
these commands, check that the tape drive(s) and tape library are installed properly.
To add the control path:
-> SCF
-> ADD SCSI $M8520, SENDTO STORAGE, PRIMARYLOCATION
(1,1,51), PRIMARYSAC 1, SCSIID 5, PRIMARYCPU 0, BACKUPCPU 1
-> START SCSI $M8520
-> STATUS SCSI $M8520, DETAIL
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Configuring the M8520 Tape Library for the NonStop
S-Series Server
ServerNet/DA
To add the data path:
-> SCF
-> ADD TAPE $N1523A, SENDTO STORAGE, LOCATION (1,1,55), SAC
1, DEVICEID 5, PRIMARYCPU 0, BACKUPCPU 1
-> START TAPE $N1523A
-> STATUS TAPE $N1523A, DETAIL
For complete details about the ADD and STATUS commands, including command
syntax, see the SCF Reference Manual for the Storage Subsystem.
5-2
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Configuring the M8520 Tape Library for the NonStop
S-Series Server
PMF CRU
PMF CRU
To add the control path to the server configuration database, use the SCF ADD SCSI
command. Use the SCF ADD TAPE command to add the data path. Before issuing
these commands, check that the tape drive or drives and the tape library are installed
properly.
To add the control path:
-> SCF
-> ADD SCSI $M8520, SENDTO STORAGE, PRIMARYLOCATION
(1,1,50), SCSIID 5, PRIMARYCPU 0, BACKUPCPU 1
-> START SCSI $M8520
-> INFO SCSI $M8520, DETAIL
To add the data path:
-> SCF
-> ADD TAPE $N1523A, SENDTO STORAGE, LOCATION (1,1,55),
DEVICEID 5, PRIMARYCPU 0, BACKUPCPU 1
-> START TAPE $N1523A
-> STATUS TAPE $N1523A, DETAIL
For more information on the ADD and STATUS commands, see the SCF Reference
Manual for the Storage Subsystem.
5-3
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Configuring the M8520 Tape Library for the NonStop
S-Series Server
PMF CRU
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6
Configuring the M8521 Tape Library
for the Integrity NonStop NS-Series
Server
The section covers:
Supported Connection
You can attach the M8521 tape library (control path and data path) to a Fibre Channel
ServerNet adapter (FCSA) on an Integrity NonStop NS-series server.
Note. The control path is used to control the robot, and the data path is used to control the
tape drive or drives.
Adding the Control Path and Data Path
Note. To obtain the portname numbers for your control path and data path, contact a service
representative from STK. The portname numbers used in this section are examples only.
To add the control path, issue this SCF command:
SCF> ADD SCSI $device, SENDTO STORAGE, PRIMARYLOCATION
(group, module, slot), PRIMARYSAC sac-id, LUN lun-id,
PRIMARYPORT 64-bit-portname
Example:
SCF> ADD SCSI $M8521, SENDTO STORAGE, PRIMARYLOCATION
(110,2,2), PRIMARYSAC 2, LUN 0, PRIMARYPORT 1234567891234567
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Configuring the M8521 Tape Library for the Integrity
NonStop NS-Series Server
Adding the Control Path and Data Path
To add the data path:
Note. WWN (portname) for each port is labeled on the back of each tape drive.
1. In SCF, issue this command:
SCF> ADD TAPE $tape, SENDTO STORAGE, LOCATION (group, module,
slot), SAC sac-id, PORTNAME 64-bit-portname, LUN lun-id
Example:
SCF> ADD TAPE $M8504, SENDTO STORAGE, LOCATION (110,2,2), SAC
2, LUN 0, PORT 50060B00002E69CD
Note. The LUN (logical unit number) for all Fibre Channel tape storage devices directly
attached to the NonStop NS-series server is 0.
2. To start the tape drive on the server, issue this command in SCF:
SCF> START TAPE $tape
Example:
SCF> START TAPE $M8504
For complete details about the ADD and STATUS commands, including command
syntax, see the SCF Reference Manual for the Storage Subsystem.
6-2
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7
Configuring the M8521 Tape Library
for the NonStop S-Series Server
The section covers:
Configuration Overview
You can attach the tape library (control path and data path) to a NonStop S-series
server via an IOAM enclosure. The tape library attaches to the FCSA (Fibre Channel
ServerNet adapter) in the IOAM enclosure. The ServerNet switch board on the IOAM
enclosure connects to a MSEB (Modular ServerNet Expansion Board) on a NonStop S-
example of the tape library connected to a NonStop S-series server via an IOAM
enclosure.
7-1
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Configuring the M8521 Tape Library for the NonStop
S-Series Server
Configuration Overview
Figure 7-1. Configuration Example
Fiber-optic
Cable
IOAM
Enclosure
ServerNet
Switch Board
Control
Path
MSEBs
Fibre Channel
ServerNet
Adapters (FCSAs)
Data
Path
Fiber-optic
Cables
NonStop
S-Series
System
Modular Rack
Tape Library
(Rear View)
Note. The control path is used to control the robot, and the data path is used to control the
tape drive (M8504).
For more information on the IOAM enclosure, see the Modular I/O Installation and
Configuration Guide.
7-2
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Configuring the M8521 Tape Library for the NonStop
S-Series Server
Adding the Control Path and Data Path
Adding the Control Path and Data Path
Note. To obtain the portname numbers for your control path and data path, contact a service
representative from STK. The portname numbers used in this section are examples only.
To add the control path, issue this SCF command:
SCF> ADD SCSI $device, SENDTO STORAGE, PRIMARYLOCATION
(group, module, slot), PRIMARYSAC sac-id, LUN lun-id,
PRIMARYPORT 64-bit-portname
Example:
SCF> ADD SCSI $M8521, SENDTO STORAGE, PRIMARYLOCATION
(110,2,2), PRIMARYSAC 2, LUN 0, PRIMARYPORT 1234567891234567
To add the data path:
Note. WWN (portname) for each port is labeled on the back of each tape drive.
1. In SCF, issue this command:
SCF> ADD TAPE $tape, SENDTO STORAGE, LOCATION (group, module,
slot), SAC sac-id, PORTNAME 64-bit-portname, LUN lun-id
Example:
SCF> ADD TAPE $M8504, SENDTO STORAGE, LOCATION (110,2,2), SAC
2, LUN 0, PORT 50060B00002E69CD
Note. The LUN (logical unit number) for all Fibre Channel tape storage devices directly
attached to the IOAM enclosure is 0.
2. To start the tape drive on the server, issue this command in SCF:
SCF> START TAPE $tape
Example:
SCF> START TAPE $M8504
For complete details about the ADD and STATUS commands, including command
syntax, see the SCF Reference Manual for the Storage Subsystem.
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Configuring the M8521 Tape Library for the NonStop
S-Series Server
Adding the Control Path and Data Path
7-4
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A Specifications
The next pages provide tape library, tape drive, and cartridge specifications.
Figure A-1. Library and Rack Dimensions
1. 48.3 cm (19.0 in.) width of front of base module with flange
2. 35.6 cm (14.0 in.) height of base module
3. 35.6 cm (14.0 in.) height of expansion module
4. 46.5 cm (18.3 in.) distance between rack holes
5. 60.9 cm (24.0 in.) to 86.4 cm (34.0 in.), optimally 74 cm (29 in.) front to
rear rack mounting distance
6. 44.5 cm (17.5 in.) width of back of base module
A-1
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Specifications
Figure A-2. Tape Library and Rack Dimensions
1. 60.9 cm (2 ft) minimum service clearance behind the library or rack
2. 81.0 cm (31.9 in.) depth of base module from front mounting plane to
back of tape drives
3. 76.2 cm (30.0 in.) depth of base module
4. 3.8 cm (1.5 in.) depth of front door, required clearance
5. 5.3 cm (2.1 in.) depth of front door and unique latch hardware
6. 5.9 cm (2.3 in.) key depth
7. 24.1 cm (9.5 in.) front door opening clearance
8. 60.9 cm (2 ft) minimum front service clearance
A-2
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Specifications
Tape Library Components Weights
Tape Library Components Weights
This table lists the weights of the tape library, tape drives and trays, and cartridges.
Table A-1. Library Component Weights
Components
Weight
Base module with 1 power supply, 2 tape
drives, and robotics unit
98 pounds (44.5 kilograms)
Drive expansion module (DEM) with 1
power supply and 4 tape drives
91 pounds (41.3 kilograms)
Cartridge expansion module (CEM)
Robotics unit
44.2 pounds (20.1 kilograms)
22.2 pounds (10.1 kilograms)
5.1 pounds (2.3 kilograms)
7.9 pounds (3.6 kilograms)
3.4 pounds (1.5 kilograms)
7.8 ounces (221 grams)
Power Supply
LTO Ultrium tape drive and tray assy
Tape drive tray assy without tape drive
LTO Ultrium cartridge
Tape Library Environment
This table lists the tape library environments specifications.
Table A-2. Library Environment Specifications
Operating
Storage
Transporting
-40 to +60ºC
(-40 to +140ºF)
10 to 95%
+35ºC
Temperature
Humidity
+10 to +40ºC
(+50 to +104ºF)
20 to 80%
+10 to +40ºC
(+50 to +104ºF)
10 to 95%
+35ºC
Wet bulb (maximum +29.2ºC
noncondensing)
(+84.5ºF)
(+95ºF)
(+95ºF)
Altitude
-76 to 3,048 m (-250
to 10,000 ft)
-76 to 3,048 m (-250 -76 to 3,048 m (-250
to 10,000 ft) to 10,000 ft)
A-3
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Specifications
Power
Power
Note. The tape library is offered with redundant power in all the modules that have power
supplies in them.
The power cords are shipped with the unit and are selected to match the geographical power
requirements of that area.
Power Cord Numbers and Receptacles
Power cord part numbers are listed by country in the following table. All cords are 3
meters (9.81 feet).
Table A-3. Power Cord and Receptacles
Input Voltage
Country
U.S./Canada
Japan
Part Number
10083242
Receptacle Type
5-15R
100 to 127 VAC
10083243
JIS C8303
200 to 240 VAC
Australia
10083244
10083248
10083241
10083245
10083657
10083636
10083246
10083247
10083547
AS 3112
Denmark
Europe
DEMKO107 / 10-1973
Schuko
Italy
CEI 23-16/V11
KSC 8305
Korea
South Africa
Switzerland
United Kingdom
U.S./Canada
BS546
SEV 1011-S24507
BS 1363/A
6-15R
Table A-4. Non-Country-Specific Cords
Description
Part Number
Cord, power, SJT, IEC320, 14AWG, 100 to 127 VAC
Cord, SJT, 16AWG, L6-15P, 250 VAC
Cord, 18, 3, SVT, 1mm, M/SH FRT
10083617
10083639
10083273
Cord, power, 3, F, IEC320 harmonized. The cord has 10083302
a plug on one end that attaches to the library and
bare wires on the other. Buy the correct end to
match your normal wall outlet and attach it to the
cord.
A-4
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Specifications
Power Cord Numbers and Receptacles
Installing the Power Cords
WARNING. Possible bodily harm and equipment damage: The power cord must not be
plugged in until the supply has been properly installed.
If your rack has a power distribution unit (PDU), plug each power cable from the power
supply receptacle to the PDU, and then plug the PDU cable to the wall receptacle.
If your rack does not have a PDU, plug each power cable from the power supply
receptacle to the wall receptacle.
A-5
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Specifications
Power Specifications
Power Specifications
These tables list power specifications for the modules and tape drives.
Table A-5. Power for Library Without Tape Drives
Input voltage
100-240 VAC, single phase
Frequency
50/50 Hz
Maximum library power consumption 1.4 A @ 120 V
0.8 A @ 240 V
Maximum heat output
Voltage-amperes
614 Btu/hr
180 VA
Table A-6. Power for Base Unit and Two LTO Tape Drives
Two LTO Tape Drives
Input power
219 watts
Input voltage-amperes
Input current (100 VAC)
Input current (120 VAC)
Input current (240 VAC)
Btu/hour
226 voltage-amperes
2.3 amperes
1.9 amperes
0.9 amperes
748 Btu/hr
Table A-7. Power for Drive Expansion Module and Four LTO Tape Drives
Four LTO Tape Drives
Input power
288 watts
Input voltage-amperes
Input current (100 VAC)
Input current (120 VAC)
Input current (240 VAC)
Btu/hour
297 voltage-amperes
3.0 amperes
2.5 amperes
1.2 amperes
983 Btu/hr
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Specifications
Power Specifications
A-8
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Safety and Compliance
This section contains three types of required safety and compliance statements:
Regulatory compliance
•
Waste Electrical and Electronic Equipment (WEEE)
•
Safety
•
Regulatory Compliance Statements
The following regulatory compliance statements apply to the products documented by
this manual.
FCC Compliance
This equipment has been tested and found to comply with the limits for a Class A
digital device, pursuant to part 15 of the FCC Rules. These limits are designed to
provide reasonable protection against harmful interference when the equipment is
operated in a commercial environment. This equipment generates, uses, and can
radiate radio-frequency energy and, if not installed and used in accordance with the
instruction manual, may cause interference to radio communications. Operation of this
equipment in a residential area is likely to cause harmful interference in which case the
user will be required to correct the interference at his own expense.
Any changes or modifications not expressly approved by Hewlett-Packard Computer
Corporation could void the user’s authority to operate this equipment.
Canadian Compliance
This class A digital apparatus meets all the requirements of the Canadian Interference-
Causing Equipment Regulations.
Cet appareil numérique de la classe A respecte toutes les exigences du Règelment sur
le matériel brouilleur du Canada.
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Safety and Compliance
Regulatory Compliance Statements
Korea MIC Compliance
Taiwan (BSMI) Compliance
Japan (VCCI) Compliance
This is a Class A product based on the standard or the Voluntary Control Council for
Interference by Information Technology Equipment (VCCI). If this equipment is used in
a domestic environment, radio disturbance may occur, in which case the user may be
required to take corrective actions.
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Safety and Compliance
Regulatory Compliance Statements
European Union Notice
Products with the CE Marking comply with both the EMC Directive (89/336/EEC) and
the Low Voltage Directive (73/23/EEC) issued by the Commission of the European
Community.
Compliance with these directives implies conformity to the following European Norms
(the equivalent international standards are in parenthesis):
EN55022 (CISPR 22)—Electromagnetic Interference
•
EN55024 (IEC61000-4-2, 3, 4, 5, 6, 8, 11)—Electromagnetic Immunity
•
EN61000-3-2 (IEC61000-3-2)—Power Line Harmonics
•
EN61000-3-3 (IEC61000-3-3)—Power Line Flicker
•
EN60950-1 (IEC60950-1)—Product Safety
•
Laser Compliance
This product may be provided with an optical storage device (that is, CD or DVD drive)
and/or fiber optic transceiver. Each of these devices contains a laser that is classified
as a Class 1 Laser Product in accordance with US FDA regulations and the IEC
60825-1. The product does not emit hazardous laser radiation.
WARNING: Use the controls or adjustments or performance of
procedures other than those specified herein or in the laser
product’s installation guide may result in hazardous radiation
exposure. To reduce the risk of exposure to hazardous
radiation:
Do not try to open the module enclosure. There are no
user-serviceable components inside.
•
Do not operate controls, make adjustments, or perform
procedures to the laser device other than those specified
herein.
•
Allow only HP Authorized Service technicians to repair
the module.
•
The Center for Devices and Radiological Health (CDRH) of the U.S. Food and Drug
Administration implemented regulations for laser products on August 2, 1976. These
regulations apply to laser products manufactured from August 1, 1976. Compliance is
mandatory for products marketed in the United States.
Statements-3
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Safety and Compliance
SAFETY CAUTION
SAFETY CAUTION
The following icon or caution statements may be placed on equipment to indicate the
presence of potentially hazardous conditions:
DUAL POWER CORDS CAUTION:
“THIS UNIT HAS MORE THAN ONE POWER SUPPLY CORD.
DISCONNECT ALL POWER SUPPLY CORDS TO COMPLETELY
REMOVE POWER FROM THIS UNIT."
"ATTENTION: CET APPAREIL COMPORTE PLUS D'UN CORDON
D'ALIMENTATION. DÉBRANCHER TOUS LES CORDONS
D'ALIMENTATION AFIN DE COUPER COMPLÈTEMENT
L'ALIMENTATION DE CET ÉQUIPEMENT".
DIESES GERÄT HAT MEHR ALS EIN NETZKABEL. VOR DER
WARTUNG BITTE ALLE NETZKABEL AUS DER STECKDOSE
ZIEHEN.
Any surface or area of the equipment marked with these symbols
indicates the presence of electric shock hazards. The enclosed area
contains no operator-serviceable parts.
WARNING: To reduce the risk of injury from electric shock hazards, do
not open this enclosure.
NOT FOR EXTERNAL USE
CAUTION: NOT FOR EXTERNAL USE. ALL RECEPTACLES ARE FOR INTERNAL
USE ONLY.
ATTENTION: NE PAS UTILISER A L’EXTERIEUR DE L’EQUIPEMENT
IMPORTANT: TOUS LES RECIPIENTS SONT DESTINES UNIQUEMENT A UN
USAGE INTERNE.
VORSICHT: ALLE STECKDOSEN DIENEN NUR DEM INTERNEN GEBRAUCH.
Statements-4
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Safety and Compliance
Waste Electrical and Electronic Equipment (WEEE)
HIGH LEAKAGE CURRENT
To reduce the risk of electric shock due to high leakage currents, a reliable grounded
(earthed) connection should be checked before servicing the power distribution unit
(PDU).
Observe the following limits when connecting the product to AC power distribution
devices: For PDUs that have attached AC power cords or are directly wired to the
building power, the total combined leakage current should not exceed 5 percent of the
rated input current for the device.
“HIGH LEAKAGE CURRENT, EARTH CONNECTION ESSENTIAL BEFORE
CONNECTING SUPPLY”
“HOHER ABLEITSTROM. VOR INBETRIEBNAHME UNBEDINGT
ERDUNGSVERBINDUNG HERSTELLEN”
“COURANT DE FUITE E’LEVE’. RACCORDEMENT A LA TERRE INDISPENSABLE
AVANT LE RACCORDEMENT AU RESEAU”
FUSE REPLACEMENT
CAUTION – For continued protection against risk of fire, replace fuses only with fuses
of the same type and the same rating. Disconnect power before changing fuses.
Waste Electrical and Electronic Equipment
(WEEE)
Information about the Waste Electrical and Electronic Equipment (WEEE) directive can
be accessed from the left navigation area of the NTL home page: select NonStop
Computing > Waste Electrical and Electronic Equipment (WEEE).
Statements-5
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Safety and Compliance
Safety
Safety
Safety information can be accessed from the left navigation area of the NTL home
page: select NonStop Computing>Important Safety Information. A document
window containing a binder of safety information, in several languages, appears. In the
document window, click a document title to open the safety information in another
language. Local HP support can also help direct you to your safety information.
Statements-6
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