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iiRevision AFMT5003
List of Pages
Document Title:T9x40 Tape Drive
Manual Part Number:MT5003AF
Initial Release Date:October 1998
Revision Date:April 2009
This publication has 110 pages, consisting of:
Pages
Cover
Blank page
Title page
Copyright page (ii)
iii through xvi
1-1 through 1-20
2-1 through 2-4
3-1 through 3-4
4-1 through 4-4
5-1 through 5-30
A-1 through A-18
Glossary-1 through Glossary-6
Index-1 through Index-4
Blank Page
Back Cover
System Assurance Guide
MT5003Revision AFiii
Summary of Changes
5
DateRevisionDescription
10/98AInitial Release
2/99 - 09/05B through YRefer to these revisions for a description of the changes.
09/06AARefer to this revision for a description of the changes.
01/08ABRefer to this revision for a description of the changes.
04/08ACAdded support for SL3000 library.
Revised the order number tables for T9840C & D new parts.
Updated the information regarding cartridge ordering.
Separated the T9940 conversion bill numbers into their own table.
This guide contains information about the planning, ordering, and delivery activities
required for the T9840 and T9940 tape drives. For more information about libraryattached configurations, refer to the system assurance guide for the appropriate library.
The term “T9x40” is used in this publication to generically reflect all models of either
drive series. The term “T9840” reflects all models of the T9840 series. The term “T9940”
reflects all models of the T9940 series. The specific model suffix is used whenever
differentiating to a specific model is appropriate.
The audience for this guide includes Sun marketing representatives, Customer Services
Engineers (CSEs), Systems Engineers (SEs), Installation Coordinators (ICs), and
customers involved with installation planning.
■Organization
This guide contains the following information:
Chapter 1“Product Overview” provides an overview of the tape drive, its
configurations, and its interfaces.
Chapter 2“System Assurance”provides a place to list the team members who
contribute to an error-free installation.
Chapter 3“Library Firmware/Host Software” provides links and checklists to
determine library firmware and host software currency.
Chapter 4“Preinstallation Checklists” provides checklists to prepare for the
arrival and installation of the tape drive.
Chapter 5“Information for Ordering” provides information to order the drive,
interface cables, data cartridges, and conversion bills.
Appendix A“Specifications” provides physical and performance specifications and
environmental requirements.
GlossaryDefines terms used in this guide.
IndexHelps you find information in this guide.
MT5003Revision AFxiii
Alert Messages
■Alert Messages
Alert messages call the reader’s attention to information that is especially important or
that has a unique relationship to the main text or graphic.
Note: A note provides additional information that is of special interest. A note might
point out exceptions to rules or procedures. A note usually, but not always,
follows the information to which it pertains.
CAUTION:
A caution informs you of conditions that might result in damage to
hardware, corruption of data, or corruption of application software. A
caution always precedes the information to which it pertains.
WARNING:
A warning alerts you to conditions that might result in long-term health
problems, injury, or death. A warning always precedes the information to
which it pertains.
■Related Publications
The following publications either pertain to the use of T9x40 tape drives or assist with
planning a full automated tape solution:
Title
T9840 Tape Drive User’s Reference Manual95739
T9840B/T9840C Tape Drive FICON Configuration
T9940 Tape Drive Operator’s Guide95989
T9940B Tape Drive FICON Configuration
Crypto Key Management Station Systems Assurance GuideTM0018
L180/L700x/L1400x Tape Libraries Ordering and Configuration GuideMT9112
L5500 Automated Cartridge System, System Assurance GuideMT9142
Nearline Enterprise 9310/4410/9360 System Assurance GuideML6500
StreamLine SL8500 Modular Library System, System Assurance GuideMT9229
Sun StorageTek SL3000 Modular Library System Systems Assurance Guide316194101
VolSafe Feature Software Information Guide Release 2.0
1
1
2
Part
Number
316109301
1.White paper located on the SE Support Tools Web-site.
2.Locate the manual at http://www.sun.com/storagetek/tape_storage/tape_media/
volsafe/- find the link on the right side of the page in the Download Collateral
area.
xivRevision AFMT5003
Conventions
■Conventions
Typographical conventions highlight special words, phrases, and actions in this publication.
Item Example Description of Convention
AcronymsCSAAll uppercase
Buttons
MENU
Sans serif font; capitalization
follows interface (usually all
uppercase)
CommandsMode SelectInitial cap
Document titlesSystem Assurance GuideItalic
Emphasisnot or must Italic
File namesfsc.txtMonospace font
Hypertext linksFigure 2-1 on page 2-5Blue (prints black in hard-copy
publications)
IndicatorsOpenItalic; capitalization follows
interface (usually initial caps)
Jumper namesTERMPWRAll uppercase
Keyboard keys
<Y>
<Enter>or
<Ctrl+Alt+Delete>
Sans serif; capitalization follows
interface (usually initial caps);
enclosed within angle brackets
Menu namesConfiguration MenuCapitalization follows interface;
usually title caps
Parameters and variablesDevice = xxItalic
Path namesc:/mydirectoryMonospace font
Port or connector namesSER1Capitalization follows label on unit;
otherwise, all uppercase
Positions for circuit breakers,
jumpers, and switches
Screen text (including screen
ONDefault font; capitalization follows
interface; otherwise, all uppercase
downloadingMonospace
captures, screen messages, and
user input)
Switch names
Power
Sans serif; capitalization follows
label on unit
URLswww.sun.comBlue (prints black in hard-copy
publications); split at forward slash
or period
MT5003Revision AFxv
Documentation, Support, and Training
■Documentation, Support, and Training
Sun FunctionURL
Documentationhttp://www.sun.com/documentation/
Supporthttp://www.sun.com/support/
Traininghttp://www.sun.com/training/
xviRevision AFMT5003
Product Overview
I
This chapter provides an overview of T9x40 tape drives.
■Descriptions
The T9x40 tape drives are small, modular, high-performance drives designed for the
enterprise and client-server environments. There are four generations of T9840 accesscentric drives and two generations of T9940 high-capacity drives.
T9840 Tape Drive
The T9840 tape drives (Figure 1-1) provide applications with high data throughput and
fast recall. T9840 tape drives read/write dual-reel cartridges (see “9840 Cartridge
Description” on page 1-13, for more information about 9840 cartridges). The dual-reel
cartridge loads to midpoint, which eliminates tape threading time, and minimizes first-file
access time (see
•T9840C tape drive is an enhanced version for 40-GB recording, using partial
response maximum likelihood (PRML) format.
•T9840D encryption-capable drive provides 75-GB recording when using block sizes
between 32 KB and 256 KB. With drive code level 1.44.x04 and Key Management
System (2.1), the drive complies with FIPS Level 1. Level 1 is the lowest classification
and has production-grade requirements.
Figure 1-1. T9840 Tape Drive
A
MAINTENANCE
PORT
DRIVE
POWER
VIEW A
REAR PANEL
INTERFACE
PORTS
C54009
TT
MT5003Revision AF1-1
Descriptions
3
A
E
The T9840B/C/D rear panel has a Maintenance Port (standard RJ45 receptacle) for
Service Delivery Platform (SDP) and/or Customer Service Engineering (CSE) interface.
The T9840D maintenance port supports the use of the Virtual Operator Panel to
perform drive operations, retrieve error information, and configure the tape drive. VOP
version 1.0.13 in conjunction with the appropriate drive code level supports the use of an
IPv6 address.
T9840 tape drives are also capable of reading/writing specially designated, write-only
(VolSafe) cartridges, which provide a non-erasable, non-rewritable storage solution for
important data. See
T9940 Tape Drive
The T9940 tape drives (Figure 1-2) are capacity-centric for data-intensive applications.
The T9940A tape drive reads/writes 60-GB, single-reel cartridges (see “9940 Cartridge
Description” on page 1-16, for more information about 9940 cartridges). The T9940B
tape drive is an enhanced version for 200-GB recording, using PRML format, better
performance, (see
C/D tape drives, the T9940B tape drive rear panel has a RJ45 Maintenance Port that uses
TCP/IP for SDP and/or CSE interface.
“T9x40 VolSafe” on page 1-3 for additional information.
Table A-14 on page A-13), and better serviceability. Like the T9840B/
The T9940 tape drive is approximately 140 mm (5.5 in.) longer than the T9840 tape drive.
The increased length is due to the tape path mechanism being inside the tape drive. The
increased length also requires additional mounting space available for installation.
T9940B tape drives are also capable of reading/writing specially designated, write-only
(VolSafe) cartridges, which provide a non-erasable, non-rewritable storage solution for
important data. See
Figure 1-2. T9940 Tape Drive
“T9x40 VolSafe” on page 1-3 for additional information.
DRIVE
POWER
MAINTENANCE
PORT
(T9940B)
PORT A PORT B
VIEW A
REAR PANEL
TTI
INTERFAC
C5399
1-2Revision AFMT5003
T9x40 VolSafe
T9x40 VolSafe capability is a combination of hardware (VolSafe enabled tape drives),
microcode, and special media (VolSafe cartridges). This combination provides writeonce, read-many (WORM) functionality to safeguard selected data files. Once written to a
VolSafe cartridge, data cannot be over-written or erased. New data can be added
(appended) to a density-compatible VolSafe cartridge until the cartridge is full.
VolSafe cartridges have a magnetic signature in the Media Information Region (MIR),
distinct machine readable features, and are visually identified by colored labels and writeprotect switches. See
Description” on page 1-16 for more information on VolSafe cartridge identification
features.
Write
To write to a VolSafe cartridge, a T9x40 tape drive must have compatible data density
with the specific VolSafe cartridge, and the drive must be VolSafe-enabled. For instance,
•T9840A/B drives write to 20-GB 9840 VolSafe cartridges only (yellow identification)
•T9840C drives write to 40-GB 9840C VolSafe cartridges only (green identification)
•T9840D drives write to 75-GB 9840D VolSafe cartridges only (purple identification)
Descriptions
“9840 Cartridge Description” on page 1-13 or “9940 Cartridge
Note: See “9840 Cartridge Description” on page 1-13, for VolSafe cartridge
identification
•T9940B tape drives write to 200-GB 9940B VolSafe cartridges only (see “9940
Cartridge Description” on page 1-16, for VolSafe cartridge identification)
The specific tape drive’s VolSafe configuration setting must also be enabled (indicated by
Ready A, when a compatible VolSafe cartridge is loaded).
Read
To read VolSafe cartridges, a T9x40 tape drive only needs to be density-compatible, the
tape drive VolSafe configuration setting need not be enabled. The tape drive recognizes
VolSafe cartridges as file-protected (Ready F), regardless of the write-protect switch
position. For instance, the T9840C tape drive reads 40-GB 9840C VolSafe cartridges and
20-GB 9840 VolSafe cartridges, but T9840A/B tape drives only read 20-GB 9840
VolSafe cartridges.
Drive - VolSafe Cartridge Compatibility
A 20-GB 9840 VolSafe cartridge, loaded in a T9840C or T9840D tape drive is recognized
as file-protected (Ready F), regardless of the cartridge write-protect switch position, and
whether the tape drive is VolSafe enabled or not. Therefore, a T9840C or T9840D tape
drive reads a 20-GB 9840 VolSafe cartridge, but cannot write to it, even if the tape drive is
VolSafe enabled.
Attempts to load a 40-GB 9840C VolSafe cartridge into a T9840A/B tape drive, a 75-GB
9840D VolSafe cartridge into a T9840A/B/C tape drive, or a 200-GB 9940B VolSafe
cartridge into a T9940A tape drive results in a load error condition.
MT5003Revision AF1-3
Configurations
Table 1-1 correlates T9x40 tape drives to VolSafe cartridge compatibility.
The following pages describe the T9x40 tape drive configurations.
Note: See Chapter 5, “Information for Ordering” for specific marketing part
numbers (PN) availability.
The T9840A tape drive is used in the following configurations:
•Desktop, with a choice of: 1) manual load or 2) cartridge scratch loader (CSL).
•Rack mount, with a choice of: 1) manual load or 2) CSL.
•Library attached, see “Library-attached T9x40” on page 1-5.
The T9840B tape drive is used in the following configurations:
•Desktop, manual load
•Rack mount, manual load
•Library-attached, see “Library-attached T9x40” on page 1-5.
The T9840C tape drive is used in the following configurations:
•Rack mount, manual load
•Library attached, see “Library-attached T9x40” on page 1-5.
1-4Revision AFMT5003
T9840D
T9940A
T9940B
Configurations
The T9840D tape drive is used in the following configurations:
•Rack mount, manual load
•Library attached, see “Library-attached T9x40”.
The T9940A is used in the following configurations:
•Rack mount, manual load, shipboard
•Library attached, see “Library-attached T9x40”.
The T9940B is used in the following configurations:
•Rack mount, manual load, shipboard
•Library attached, see “Library-attached T9x40”.
Configuration Details
This section provides a list of available configurations for the various drive models.
Library configurations are listed first, followed by rack mount, and finally desktop.
Library-attached T9x40
The T9840 tape drive is attached to trays for the following StorageTek libraries:
•9310 (PowderHorn): Up to 80 tape drives in four 20-drive walls
•9360 (WolfCreek) (T9840A only): Up to 20 tape drives [end of support]
•9710 (TimberWolf) (T9840A/B only): Up to 10 drives [end of support]
•9738 (TimberWolf) (T9840A only): Up to 3 drives [end of support]
•9740 (TimberWolf) [T9840D is not supported]: Up to 10 tape drives
•L180 Tape Library: Up to 6 tape drives
•L700/L1400 Tape Library: Up to 12 tape drives
•L5510 LSM (L5500 ACS) [T9840D is not supported]: Up to 77 tape drives in four 20-
drive walls
•Sun StorageTek™ SL3000 modular library system (T9840C/D only): Up to 56 tape
drives
•Sun StorageTek™ SL8500 modular library system: Up to 64 tape drives
The T9940 tape drive is attached to trays for the following StorageTek libraries:
•9310 (PowderHorn): Up to 80 tape drives in four 20-drive walls
•9360 (WolfCreek) (T9940A only): Up to 20 tape drives [end of support]
•9740 (TimberWolf): Up to 10 tape drives
•L180 Tape Library (T9940B only provided you use the expansion door): Up to 6 tape
drives
MT5003Revision AF1-5
Configurations
•L700/L1400 Tape Library: Up to 12 tape drives
•L5510 LSM (L5500 ACS): Up to 77 tape drives in four 20-drive walls
•Sun StorageTek™ SL8500 modular library system (T9940B only): Up to 64 tape
drives
Notes:
1.See “Related Publications” on page xiv, for ordering information for the
StorageTek libraries that accept the T9x40 tape drive, including drive cabinet
and minimum software requirements, refer to the system assurance guide for
the appropriate library.
2.In the L5500 ACS, the total number of mixed drives, including the Linear
Tape Open (LTO) Ultrium tape drives attached to one L5510 LSM is 80 tape
drives. The PLM unit, required for LTO drives, blocks three T9x40 power
supply slots; therefore, in a mixed 20-drive cabinet, a maximum of 17 tape
drive slots are available for T9x40 tape drives.
Additional drive cabinets would also be limited to a maximum 17 slots for
T9x40 tape drives, when a PLM is present. However, if the serial TTI (Tape
Transport Interface) cable was installed in place of the PLM unit, a second
cabinet could have all 20 tape drive slots available for T9x40 tape drives.
Desktop T9840
The desktop configuration of T9840A/B tape drives consist of one manual-load drive
and one power supply in a desktop chassis. The T9840A drive can also be contained in a
Cartridge Scratch Loader (CSL) desktop chassis.
The operator loads a data cartridge by manually inserting it into the drive loading slot;
and, unloads a data cartridge by pressing the
from the drive loading slot.
With the T9840A desktop CSL chassis, the operator stacks up to seven data cartridges in
the CSL mechanism; the mechanism then loads and unloads the cartridges sequentially.
Also, operators can manually load/unload a single data cartridge through the loading slot.
Rack Mount
The rack mount T9840 drive tray chassis mounts into a 483-mm (19-in.) rack cabinet.
The chassis consists of single/dual manual-load tape drives. The T9840A drive can also
be configured in a rack mount CSL chassis. Each tray can hold:
While an L5510 LSM could theoretically have up to 77 tape drive slots
available for T9x40 tape drives, it will most likely be less. For instance, if four
drive cabinets were attached, each with a PLM unit installed, there would be
a maximum of 68 drive slots (4 X 17) available for T9x40 tape drives.
The total number of drive cabinets and total mix of T9x40 and LTO tape
drives is determined by the site parameters for each library installation.
Unload switch, then manually removing it
•One manual-load drive in position A (T9840A/B/C/D)
•Two manual-load drives, side-by-side, positions A and B (T9840A/B/C/D)
1-6Revision AFMT5003
Configurations
•One CSL chassis (one T9840A drive only)
The rack mount configuration of the T9940 tape drive consists of two manual-load tape
drives mounted on a shock absorbing platform in a rack mount tray.
Rack Cabinets
The rack mount configurations of the T9x40 tape drives are designed to fit into a
standard 483-mm (19-in.) rack cabinet (such as the SL-RACK-42-Z). If the customer
supplies the rack cabinet, make sure that the cabinet is at least 780 mm (30.75 in.) deep.
“Rack Cabinets” on page A-7 for physical specifications and floor space
See
requirements. You can mount:
•Up to six T9840 drive trays in any combination of one drive, two drive, or CSL
configurations in a single rack cabinet.
•Up to four T9940 rack mount drive trays in single rack cabinet.
•T9940 rack mount trays in combination with T9840 and/or T10000 rack mount trays
within the same rack cabinet. Therefore, the tray totals are limited to the following
combinations:
Drive type:T9940
1
T9840 or T10000
2
11 to 4
Drive trays:
21 to 3
31
1.Each T9940 drive tray is 6U (266.7 mm / 10.5 in.)
2.Each T9840 or T10000 drive tray is 4U (177.8 mm / 7.0 in.)
Note: The total vertical space cannot exceed 24U (1066.8 mm / 42.0 in.).
To supply power to rack mount drive trays in a rack cabinet, you must order one internal
AC power cord per drive tray to connect to a power strip mounted in the cabinet.
Other supported racks:
•CBNT42U is a fully ROHS-compliant, basic 19-inch rack cabinet
•StorageTek RACK001 is a 19-inch 35U rack cabinet, but it is not ROHS compliant
Note: If you are installing more than four drive trays in the RACK001, a second
power strip and power cord (compatible to the site’s AC power source) are
required.
MT5003Revision AF1-7
Configurations
Figure 1-3 shows configurations of the T9840 tape drive.
Figure 1-3. T9840 Tape Drive Configurations
Desktop
Rack-Mount
CSL Desktop (T9840A)
Tray Assembly for 9710 (T9840A/B)
CSL Rack-Mount (T9840A)
Tra y Assembly for 9310/9360/9740/L5510
Tray Assembly for 9738 (T9840A)
Tray Assembly for SL8500
Tray Assembly for Libraries L180/L700/L1400
1-8Revision AFMT5003
Figure 1-4 shows T9940 tape drive on library trays.
Figure 1-4. T9940 Tape Drive, Library attached
Configurations
Tra y Assembly for 9310/9360/9740/L5510Tray Assembly for L180/ L700/L1400
Figure 1-5 shows the T9940 Rack Mount configuration.
Figure 1-5. T9940 Tape Drive, Rack Mount
Power Cords
The power cord options for the desktop and rack mount T9x40 tape drive are:
Tray Assembly for SL8500
C53954
C53966
•Desktop or rack mount 120 VAC operation in the U.S. and Canada with a 120 VAC
three-prong standard plug
•Desktop 250 VAC operation outside the U.S. and Canada with a continental
European standard plug
•Rack Mount 250 VAC operation in the U.S. and Canada with either a Hubbell or a
Russellstoll plug
MT5003Revision AF1-9
Interfaces
Order the above power cords by their marketing PNs in the “Rack Cabinet Order
Numbers” on page 5-16.
Power cords that connect T9x40 tape drives to StorageTek libraries ship with the drives.
In the case of 9310-, 9360-, 9740-, and L5510- attached drives, the cords connect the tape
drive power supply to the 9741/9741E Drive Cabinet power outlet. Refer to the Nearline Enterprise 9310/4410/9360 LSM System Assurance Guide, part number ML6500 to order
the power cords that connect the 9310-, 9360-, or 9740-attached 9741/9741E Drive
Cabinet to the customer's power source. Refer to the L5500 Automated Cartridge System, System Assurance Guide, part number MT9142 to order power cords that connect the
L5510-attached 9741/9741E Drive Cabinet to the customer's power source.
Device Emulation Modes Supported (T9840D)
•Fibre Channel:
-T9840D native mode
-3490E11 and 3590E11 (AS400 attachments)
-T9840C (testing only)
•FICON: 3490E11 and 3590H10
•ESCON: 3490E11 and 3590H10
■Interfaces
The following interface types are available on T9x40 tape drives:
ESCON
The ESCON-configured T9x40 tape drives have one ESCON Duplex interface port to
connect a 62.5-micron (μm) ESCON Duplex cable.
•The drive emulates a single-port 3490E or 3590 tape drive.
•128 logical paths.
Note: Maximum total non-repeated channel distance for an ESCON tape drive, using a
FC
The FC-configured T9x40 tape drives have dual fiber-optic ports to allow for point-topoint, arbitrated-loop (including redundant-loop) and fabric topology.
•T9x40A tape drives use short wavelength transceivers with SC type ports and operate
on a 1-Gb channel.
•The T9840B tape drive uses short wavelength transceivers with LC type ports and
operate on a 2-Gb channel.
micron multimode cable is 3 km (1.86 mile).
62.5
•The T9840C/D and T9940B tape drives use small form-factor pluggable (SFP)
transceivers with LC type ports and operate on a 2-Gb channel. The drives support
the use of short or long wavelength SFP modules.
1-10Revision AFMT5003
FICON
Interfaces
See “Fibre Channel and FICON Cable Facts” on page 1-12 for information on types of
fiber-optic cable and maximum cable lengths.
The FC interface for the T9x40 uses Ultra-SCSI protocol. The FC T9x40 tape drives
connect to other devices with the following equipment:
•A hub that connects FC devices to each other in a loop
•A switch that connects FC devices to each other in a fabric
The drive supports connection of both ports, in accordance with ANSI Fibre Channel
specifications (ref. InterNational Committee on Information Technology Standards
[INCITS} documents: SCSI Primary Commands -3, Section 5.6, and Fibre Channel
Protocol -3).
Note: The drive will support two hosts, providing that both hosts honor the “reserve/
release” and/or the “persistent reserve/release” specifications.
Fibre Connection (FICON) is a proprietary IBM channel for the zSeries 900 and the S/
390 9672 G5/G6 processors. T9x40 FICON tape drives can be configured with a singleport, short or long wave transceiver; dual-port, short or long wave transceivers; or dualport, mixed wave (one short wave and one long wave transceiver), using standard FC
infrastructure and cables.
The benefits of a FICON channel include greater bandwidth, more logical paths, more
devices per channel, and greater distance.
•A total of 256 logical paths are possible. On dual-port tape drives, the 256 total
logical paths can be unevenly split between Port A and Port B.
•Approximately six T9x40 FICON tape drives, concurrently reading/writing large
(64-KB) blocks, can be attached to a single channel.
•Approximately sixteen T9x40 FICON tape drives, concurrently reading/writing
small (16-KB) blocks, can be attached to a single channel.
T9x40 FICON drives use small form-factor pluggable (SFP) transceivers.
The drive supports connection of both ports, in accordance with ANSI Fibre Channel
specifications (ref. InterNational Committee on Information Technology Standards
[INCITS} documents: SCSI Primary Commands -3, Section 5.6, and Fibre Channel
Protocol -3).
Note: The drive will support two hosts, providing that both hosts honor the “reserve/
release” and/or the “persistent reserve/release” specifications.
Hardware Configuration Definition
Once you have installed FICON drives, you need to set the hardware configuration
definition (HCD) for each drive. Go to the White Papers section of the SE Tools website
MT5003Revision AF1-11
Interfaces
at http://xmen.east.sun.com/setools/aaaNotForCD/Papers/WhitePapers.htm, then
select the appropriate drive article for HCD information and guidelines.
Fibre Channel and FICON Cable Facts
T9x40 Fibre Channel and FICON tape drives use Fibre Channel cables.
Use multimode cables when connecting to short wave ports. Multimode cables have an
orange jacket, and the fiber within the cable is 50
Use single mode cables when connecting to long wave ports. Single mode cables have a
yellow jacket, a blue LC connector, and the fiber within the cable is 9 microns in
diameter.
Notes:
1.Maximum total non-repeated channel distance for a short wave 850 nm
transceiver using a 50
m (1640 ft.).
500
2.Maximum total non-repeated channel distance for a short wave 850 nm
transceiver using a 50
m (984 ft.).
300
microns in diameter.
micron multimode cable on a 100 MB/s channel is
micron multimode cable on a 200 MB/s channel is
SCSI
3.Maximum total non-repeated channel distance for a long wave 1310 nm
transceiver using a single mode cable is 10
4.Single mode cable maximum distances can be extended through an
amplifier-repeater unit (RPQ) to 20
km (7.46 mi) for a 200 MB/s channel.
to 12
The SCSI-configured T9840A/B and T9940A tape drives have two connectors to attach
68-conductor SCSI P-cables. SCSI enables devices to be connected either directly, in a
daisy-chain configuration, or in a combination of direct and daisy-chain configurations.
Two connectors facilitate daisy-chaining tape drives. The following SCSI equipment may
also be required:
•A terminator that connects to the last device in a SCSI daisy chain
•A bridge that connects SCSI devices to an FC network
A maximum of two daisy-chained devices are possible, with the total SCSI cable length of
no more than 25 meters (82 feet).
Note: SCSI interface T9x40 Tape Dives are only available as used equipment.
SCSI on the T9x40 is either differential, wide ultra, or a lesser implementation. The
T9x40 tape drive does not supply terminator power; therefore, the host bus adaptor
(HBA) card must supply SCSI terminator power.
km (6.21 mi).
km (12.4 mi) for a 100 MB/s channel or
1-12Revision AFMT5003
■Tape Cartridges and Labels
The following pages describe the 9x40 data cartridges, VolSafe cartridges, cleaning
cartridges, and bar-coded volume serial number (VOLSER) labels. See
Cartridges and Labels” on page 5-29 to order cartridges and/or labels.
Note: Maximum block size is 256 Kilobytes.
9840 Cartridge Description
The T9840 tape drives use a cartridge (Figure 1-6 on page 1-14) that is the same physical
size as a 3490 or 9940 data cartridge; however, they are not interchangeable. Three types
of cartridges are available: data, VolSafe and cleaning (100 uses maximum).
The media identification labels for 9840 cartridges have unique letters:
R9840 standard data and VolSafe data cartridges
U9840 cleaning cartridge (use with T9840A/B/C drives)
Y9840D cleaning cartridge (use with T9840D only)
Tape Cartridges and Labels
“Ordering
Data Cartridge
The 9840 data cartridges achieve fast access by having both the supply and takeup reels in
the cartridge and by facilitating midpoint loading. The standard data cartridge has an
uncompressed capacity of:
•20 GB when written by T9840A/B tape drives,
•40 GB when written by a T9840C tape drive, or
•75 GB when written by a T9840D tape drive.
VolSafe Ca rtridge
Three variations of the VolSafe data cartridge are available for append-only use:
•20-GB 9840 VolSafe cartridge, with yellow identifying features
•40-GB 9840C VolSafe cartridge, with green identifying features
•75-GB 9840D VolSafe cartridge, with purple identifying features
Note: The different VolSafe cartridges are NOT interchangeable (see “Drive - VolSafe
Cartridge Compatibility” on page 1-3).
MT5003Revision AF1-13
Tape Cartridges and Labels
Figure 1-6. 9840 Cartridge
2
1
3
7
6
4
3
5
8
4
C53612
1. Manufacturer Label Area
2. Customer Label Area
3. Access Door
4. Write-protect Switch (black on a standard data cartridge, yellow on a 9840 VolSafe cartridge, green
on a 9840C VolSafe cartridge, purple on a 9840D VoSafe cartridge, and white on a cleaning
cartridge)
5. Finger Grip
6. VOLSER Label Area
7. Media ID (human & barcode identifiable: R = standard data or VolSafe data cartridges,
U = T9840 A/B/C cleaning cartridge, and Y=T9840D cleaning cartridge)
8. Media ID (machine readable sensor area - first position recessed on a 9840 VolSafe data cartridge,
second and fourth positions recessed on a 9840C VolSafe data cartridge, third and fourth positions
recessed on a 9840D VolSafe data cartridge, the first three positions recessed on a U-labeled
cleaning cartridge, and the second and third positions recessed on the Y-labeled cleaning cartridge)
1-14Revision AFMT5003
Cartridge Reclaim
Native reclaim the ability of a drive to reclaim a cartridge it has previously written.
Forward reclaim the ability of a drive to reclaim a cartridge previously written by a
Backward reclaim the ability of a drive to reclaim a cartridge written by a non-legacy
Note: VolSafe cartridges cannot be forward or backward reclaimed.
A VolSafe cartridge containing 25 blocks, or less, that are all tape marks or 80byte records will be capable of being native reclaimed.
Tape Cartridges and Labels
legacy drive. Note that the T9840D is able to reclaim a standard data
cartridge previously written by a T9840A, T9840B, or T9840C tape
drive.
drive. Note that the T9840A and T9840B drives cannot distinguish
between T9840C and T9840D formats.
A cartridge written by a T9840D drive that is loaded on a legacy drive
that has been given the instruction to write from BOT will be allowed to
write on the cartridge provided the write-protect switch allows it and the
cartridge is not a VolSafe cartridge.
MT5003Revision AF1-15
Tape Cartridges and Labels
9
9940 Cartridge Description
The T9940 tape drives use a data cartridge (Figure 1-7) that is the same physical size as a
9840 and 3490 tape cartridge; however, they are not interchangeable. The 9940 data
cartridge has a single reel (supply reel) inside the cartridge.
The 9940 data cartridge has a capacity of 60 GB, uncompressed when written by a
T9940A tape drive, or 200
only) variation of the data cartridge is available. 9940 cleaning cartridges are also available.
The media identification labels for 9940 cartridges have unique letters:
P9940 standard and VolSafe data cartridges
W9940 cleaning cartridge
The Media ID sensor area (6 in Figure 1-7) is machine-readable by a distinct pattern for
each cartridge type. The sensor area is also color coded for visual identification.
Figure 1-7. 9940 Cartridge
3
2
GB when written by a T9940B tape drive. A VolSafe (append
A
1
4
76
6
5
VIEW A
C5378
1. Media ID (human & barcode identifiable, yellow background on a VolSafe cartridge,
P = standard data or VolSafe data cartridge, W= cleaning cartridge)
2. Manufacturer Label Area (yellow background on a VolSafe cartridge)
3. Customer Label Area
4. VOLSER Label Area
5. Write-protect Switch
6. Media ID, machine readable sensor area (black on a standard data cartridge, yellow on a VolSafe
cartridge, or white on a cleaning cartridge)
1-16Revision AFMT5003
■Mixed-Media Management
Extra media management measures must be taken whenever T9x40 tape drives and data
cartridges of mixed data density, or mixed Emulation images co-exist in the same library
system.
The extra measures essentially involve creation and management of separate media
pools/sub-pools for formatted/written 9x40 data cartridges. Guidelines for creation and
maintenance of media pools/sub-pools are located in ACSLS, HSC, and independent
software vender (ISV) documentation sets.
Mixed Data Density
Since all T9840 tape drive models use the same 9840 data cartridge, and both T9940 tape
drive models use the same 9940 data cartridge, extra media management measures must
be taken because low density tape drives (T9840A/B and T9940A) cannot read data from
a data cartridge written in the high-density format by T9840C, T9840D, and T9940B tape
drives. The low density tape drives must also have an appropriate drive firmware level to
even identify a high-density data cartridge:
•T9840A
-R1.33.103 or higher to identify a cartridge written by a T9840C drive
-R1.41.104 or higher to identify a cartridge written by aT9840D drive
•T9840B
-R1.33.303 or higher to identify a cartridge written by a T9840C drive
-R1.41.304 or higher to identify a cartridge written by aT9840D drive
•T9840C: R1.41.504 or higher to identify a cartridge written by a T9940D drive
•T9940A: R1.32.215 or higher to identify a cartridge written by a T9940B drive
Mixed-Media Management
CAUTION:
Data Loss. A low-density tape drive, without the appropriate firmware
level, would consider a high-density format cartridge blank and available
for scratch or would overwrite data if a write command is issued with the
tape positioned at block zero. Use media pools/sub-pools and the
appropriate drive firmware level.
The high-density tape drives can read data from a cartridge written by low-density format
tape drives. However, the high-density tape drive can not append data to a low-density
data cartridge. An attempt to append a low-density data cartridge on a high-density tape
drive will fail, with sense byte data indicating an error, similar to that of a file-protected
data cartridge.
Note: For additional information about mixed-media management refer to “Cross-
Density MIR Processing” in the T9840 Tape Drive User’s Reference Manual, PN
85739 and the T9940 Tape Drive Operator’s Guide, PN 95989.
MT5003Revision AF1-17
Mixed-Media Management
Table 1-2. Data Cartridge Read, Write Append Matrix
Data
Cartridge
Written by
T9840D
Written by
T9840C
Written by
T9840B
Written by
T9840A
T9840DT9840CT9840BT9840AT9840DT9840CT9840BT9840A
YesNoNoNoYesNoNoNo
YesYesNoNoNoYesNoNo
YesYesYesYesNoNoYe sYes
YesYesYesYesNoNoYe sYes
Read WithMid- or End-Volume Append With
Mixed Emulation Image
Extra media management measures must also be taken when a mix of T9x40 tape drives
with 3490 and 3590 Emulation images co-exist in the same library system.
•Data cartridges written by T9x40 tape drives running with 3590 Emulation image are
not readable by T9x40 tape drives running with 3490 Emulation image.
•Data cartridges written by T9x40 tape drives running with 3490 Emulation image are
readable by T9x40 tape drives running with 3590 Emulation image, but cannot be
written by the 3590 Emulation image tape drive.
Guidelines for creation and maintenance of media pools/sub-pools are located in HSC
and independent software vender (ISV) documentation sets.
1-18Revision AFMT5003
■Virtual Operator Panel
Figure 1-8 shows an example of the virtual operator panel (VOP) graphical user interface
(GUI) for the T9840D tape drive. This panel allows operators and service representatives
to monitor and perform tasks on a single tape drive.
Note: VOP version 1.0.13 in conjunction with the appropriate drive code level supports
the use of an IPv6 address.
Figure 1-8. Virtual Operator Panel
Virtual Operator Panel
MT5003Revision AF1-19
Virtual Operator Panel
1-20Revision AFMT5003
System Assurance
The system assurance process is the exchange of information among team members to
assure that no aspects of the sale, order, installation, and implementation for the Sun
StorageTek T9x40 tape drive are overlooked. The system assurance team members
(customers and Sun) ensure that all aspects of the process are planned carefully and
performed efficiently to promote an error-free installation and contribute to overall
customer satisfaction.
This process begins when the customer accepts the sales proposal.
■System Assurance Planning Meetings
The purpose of the system assurance planning meetings is to:
•Introduce the customer to the T10000 tape drive
•Explain the system assurance process and establish a team
•Identify and define the customer requirements
•Identify the proposed configurations
•Complete the sales order
•Identify any additional items needed (such as cables and tape cartridges
•Prepare for the installation and implementation
•Schedule and track the entire process
2
Table 2-1. System Assurance Task Checklist
TaskComp le ted ?
Introduce the Sun team to the customer.Yes ___ No __
Describe the tape drive to the team members.Yes ___ No __
Complete the team member contact sheets in this chapter.Yes ___ No __
Review Chapter 3, “Library Firmware/Host Software”and
complete the checklists.
Review Chapter 4, “Preinstallation Checklists”and complete the
checklists.
Does the customer want encryption-enabled tape drives?
Note: Refer to the Key Management Station guide for information.
Order the tape drive, cables, and cartridges (see Chapter 5,
Complete the following with information about the team members:
Name:
Title:
Telephone Number:
FAX Number :
Cell Phone / Pager:
E-mail Address:
Name:
Title:
Telephone Number:
FAX Number :
Cell Phone / Pager:
E-mail Address:
Name:
Title:
Telephone Number:
FAX Number :
Cell Phone / Pager:
E-mail Address:
Name:
Title:
Telephone Number:
FAX Number :
Cell Phone / Pager:
E-mail Address:
Note: Representatives may include: marketing and sales representative, installation
coordinator, systems engineers (SEs), and service representatives.
2-4Revision AFMT5003
Library Firmware/Host Software
When you are adding new/used T9x40 tape drive models to existing libraries, you must
verify that library firmware level and host software release levels support the new drive
models.
■Library Firmware
For library configurations, determine the customer’s existing library firmware level, and
compare it with the currently available library firmware:
Update library firmware as required to support incoming drive models.
■Host Software Configuration
This section lists the host software that uses T9x40 tape drives and provides a place to
record the customer’s software configuration.
The T9x40 tape drives operate with MVS, UNIX, or Windows NT platforms.
Certification with these platforms and host-based applications is an ongoing process. For
up-to-date information about platforms and applications:
3
•Sun personnel should access the storage software area of MySales
(http://mysales.central/public/storage/storage-software.html).
•Other persons should contact their storage software marketing representative.
T9x40-Supported Software
Depending upon the host platform and the type of interface, T9x40 tape drives are
subject to one the following software application groups:
•Nearline Control Solutions (NCS), which includes:
-Host Software Component (HSC)
Note: In HSC, implementation of VolSafe requires definition of esoteric names
and cartridge tape subpools. Refer to the VolSafe Feature Software Information Guide, Release 2.0 PN 316109301.
-Multiple Virtual Storage/Client System Component (MVS/CSC)
-LibraryStation
MT5003Revision AF3-1
Host Software Configuration
Use Table 3-1 to record the customer’s current NCS software configuration against
obtained requirements.
•Automated Cartridge System Library Software (ACSLS)
Use Table 3-2 on page 3-3 to record the customer’s current ACSLS software
configuration against obtained requirements.
•Removable Media Library Software (RMLS)
Use Table 3-3 on page 3-3 to record the customer’s current RMLS/CSC software
configuration against obtained requirements.
Software Configuration Worksheets
Record the customer’s NCS software configuration in Table 3-1.
Table 3-1. NCS Software Configuration Worksheet
Item
Operating system and version
or release level
DFP maintenance level
Backup/recovery software
Archival/migration software
Additional information
Processor 1Processor 2
ExistingRequiredExistingRequired
3-2Revision AFMT5003
Host Software Configuration
Record the customer's ACSLS software configuration in Table 3-2.
Table 3-2. ACSLS Software Configuration Worksheet
Item
Processor 1Processor 2
ExistingRequiredExistingRequired
Operating system vendor
Driver software
Backup/restore software
Archival/migration software
Performance monitoring
software
Data compression software
Additional information
Record the customer's RMLS software configuration in Table 3-3.
Table 3-3. RMLS Software Configuration Worksheet
Item
Operating system vendor
Driver software
Backup/restore software
Archival/migration software
Performance monitoring
software
Data compression software
Additional information
Processor 1Processor 2
ExistingRequiredExistingRequired
MT5003Revision AF3-3
Host Software Configuration
This page intentionally left blank.
3-4Revision AFMT5003
Preinstallation Checklists
This chapter provides checklists that the system assurance team should complete before
the delivery and installation of the equipment.
■Predelivery Checklist
Table 4-1 lists issues that should be addressed and resolved before equipment delivery.
Circle “Yes” or “No” for each item. For unresolved issues, assign an action and a due
date to a system assurance team member.
Table 4-1. Predelivery Checklist
4
Item DescriptionYes/No
Site Preparation
Floor plans completedYes/No
Clearance adequateYes/No
Cooling adequateYes/No
Cleanliness acceptable
Power requirements metYes/No
Cable lengths determinedYes/No
Cable routing establishedYes/No
Future expansion consideredYes/No
Dock facilities scheduledYes/No
Hardware Procurement
Options or features orderedYes/No
Power cables orderedYes/No
Interface cables orderedYes/No
1
Yes/No
Action Required/Due Date/
Person Responsible
Interface adapters orderedYes/No
Tapes and labels orderedYes/No
1.See the Sun Microsystems Data Center Site Planning Guide (p/n 805-5863-13) and
“Airborne Contamination” on page A-4for additional information.
MT5003Revision AF4-1
Predelivery Checklist
Table 4-1. Predelivery Checklist (Continued)
Item DescriptionYes/No
Software Procurement
Software prerequisites metYes/No
Software Installation
ScheduledYes/No
CompletedYes/No
JCL Changes
ScheduledYes/No
CompletedYes/No
I/O Generation Changes
ScheduledYes/No
CompletedYes/No
Mixed-media Subpools
ScheduledYes/No
CompletedYes/No
Action Required/Due Date/
Person Responsible
Hardware Installation
Delivery schedule completedYes/No
Dock hours scheduledYes/No
Pre-staging area setYes/No
Installation team identifiedYes/No
Site access arrangedYes/No
Installation hours definedYes/No
1.See the Sun Microsystems Data Center Site Planning Guide (p/n 805-5863-13) and
“Airborne Contamination” on page A-4for additional information.
4-2Revision AFMT5003
■Delivery and Handling Information
Table 4-2 provides a place to record delivery information.
Table 4-2. Delivery and Handling Information
YesNoConsiderations/Conditions
Predelivery Checklist
❑❑
❑❑
❑❑
❑❑
❑❑
Is a receiving dock available?
If yes, what is the maximum truck length allowed?
12 m / 40 ft____ 14 m / 45 ft____ 15 m / 48 ft____ other______
If yes, what is the maximum truck height? ________
If yes, what is the dock height in inches? ________
Are there any physical impediments to dock use?
If yes, list here:
_____________________________________________________
_____________________________________________________
Are there any street or alley limitations to dock use?
If yes, list here:
_____________________________________________________
_____________________________________________________
Are there any days or times when dock hours are controlled or the
dock is unavailable?
If yes, list here:
_____________________________________________________
_____________________________________________________
Will any stairs need to be negotiated?
If yes, list here:
_____________________________________________________
_____________________________________________________
❑❑
❑❑
❑❑
MT5003Revision AF4-3
Will an elevator be used?
What are the approved hours for elevator use? __________
Is protective floor covering required? If yes, who will provide the
necessary materials and labor?
_____________________________________________________
_____________________________________________________
Are transport aids available (cart, hand truck, dolly)?
_____________________________________________________
_____________________________________________________
Predelivery Checklist
■Access and Administrative Issues
The worksheet in Table 4-3 identifies access restrictions to the computer room and
addresses other administrative issues.
Table 4-3. Access and Administrative Issues
YesNoConsiderations/Conditions
❑❑
❑❑
❑❑
❑❑
❑❑
Are there physical or statutory limitations of access to the area in
which this customer delivery site is located?
If yes, list the limited hours here:
_____________________________________________________
_____________________________________________________
Are there local codes that specify equipment clearances?
If yes, list here:
_____________________________________________________
_____________________________________________________
What ID badges are required to gain access to the customer facility if
an outside installer is used?
List a point of contact to acquire the required ID badges or to get on
appropriate access lists.
_____________________________________________________
_____________________________________________________
Are there any union or local regulations that would prevent an outside
installer from performing any activities?
If yes, explain here:
_____________________________________________________
_____________________________________________________
Does the carrier need to belong to a union?
If yes, which union?
_____________________________________________________
❑❑
4-4Revision AFMT5003
Is there a secure area where test equipment, spare parts and
documentation can be stored? If yes, note the location.
_____________________________________________________
_____________________________________________________
Information for Ordering
Use this chapter to help order tape drives, cables, and media for the T9x40 tape drive. If
you have answers to the following questions, the task of locating the pertinent part
number becomes much easier:
The part numbers are composed of many of the elements listed in the table above. For
example, the part number 9840D-FISPSW-85Z is comprised of:
•9840D that indicates the tape drive model number
•FI indicates a FICON interface
•SPSW indicates the drive has a single port (SP) that is short wavelength (SW)
•85 indicates the library model (SL8500)
•Z indicates that the drive complies with ROHS requirements
4
FICON
❑
ESCON (used equipment only)
❑
Fibre Channel
❑
SCSI (used equipment only)
❑
❑1 port
2 port
❑
❑
Long wavelength
❑Short wavelength
❑SL8500
❑ SL3000
❑
L180/L700e/L1400M9310/L5500
❑
2
3
Note: The SL8500 number includes the port(s) and the type of transceiver (the example
was SPSW). Numbers for 9310, L180, L700, and L1400 libraries do not include
MT5003Revision AF5-1
such a designation. You must order a Conversion Bill to obtain the appropriate
number and type of transceiver.
Use these tables to determine the part numbers
•“Tape Drive Order Numbers for Libraries” on page 5-3
•“Desktop and Rack Mount Tape Drive” on page 5-12
•“Cable Order Numbers” on page 5-17
•“Conversion Bills/Kits” on page 5-25
•“Ordering Cartridges and Labels” on page 5-29
Use conversion bills to obtain the necessary parts to:
•Add a second drive to a rack chassis
•Add a second interface port to drive models that use SFP modules
•Change the type of SFP module in the drive
•Transfer a drive from one library model to a different library model
Note: The following figure shows three different drive trays. If you purchased drives for
a 9310 library (the image on the left) but you upgrade to an SL8500 library, use a
conversion bill to modify your existing drive to work in the new library (the
image on the right).
Figure 5-1. Library Attached Tape Drive
Tra y Assembly for 9310/9360/9740/L5510Tray Assembly for L180/ L700/L1400
5-2Revision AFMT5003
Tray Assembly for SL8500
C53966
Tape Drive Order Numbers for Libraries
■Tape Drive Order Numbers for Libraries
Use this section to determine the order numbers for the purchase of an initial quantity of
drives with a new library, to increase the number of drives in your library, or to replace
existing drives with newer generation drives:
•“T9840 Library Attached Tape Drives”
•“T9940 Library Attached Tape Drives” on page 5-10
Table 5-1. Library Configuration Summary
LibraryDescription
L180Holds from 84 to 174 cartridges and up to six T9x40 tape drives
L700Holds from 216 to 678 cartridges and up to 12 T9x40 tape drives
L700eHolds from 300 to 1,344 cartridges and up to 24 T9x40 tape drives
when two libraries are connected by a pass-thru port (PTP)
L1400MHolds from 300 to 1,344 cartridges and up to 24 T9x40 tape drives
SL3000Holds from 200 to 4,500 cartridges and up to 56 T9840C/D tape
drives
SL8500A single SL8500 holds up to 10,000 cartridges and up to 64 T9x40
tape drives
1
9310
1.This library requires the use of an external drive cabinet on each drive wall. Tape
drives are installed in the drive cabinet. There are two cabinet models: 9741001 and
9741E01.
A single 9310 holds up to 6,000 cartridges with up to 80 T9x40 tape
drives on four 20-drive walls.
Single port long wave
Single port short wave
Dual port long wave
9840D-FI-9310Z
X984/T10K-2GB-LWZ
X984/T10K-2GB-SWZ
(2x) X984/T10K-2GB-LWZ
Dual port mixed waveX984/T10K-2GB-LWZ and
X984/T10K-2GB-SWZ
Dual port short wave
T9840D, Fibre Channel, 93101, 97412-9741E
(2x) X984/T10K-2GB-SWZ
9840D-FC-9310Z
Note: You must also order an SFP conversion kit. See the X984/T10K
numbers listed for FICON drive above.
L180/700e/1400M Library
T9840D, FICON, L180/L700/L1400
1
9840D-FI-L1400Z
T9840D, Fibre Channel, L700/L14009840D-FC-L1400Z
Note: You must also order an SFP conversion kit for FICON and Fibre Channel drives. See
the X984/T10K numbers listed in the 9310 section of the table for the T9840D,
FICON drive.
Sl3000 Library
T9840D FICON
1PLW (single-port long-wave4), SL3000
1PSW (single-port short-wave3), SL3000
2PLW (dual-port long-wave4), SL3000
2PSW (dual-port short-wave3), SL3000
2PMW (one short wave and one long wave
3,4
)
9840D-FI-S30-1PLZ
9840D-FI-S30-1PSZ
9840D-FI-S30-2PLZ
9840D-FI-S30-2PSZ
9840D-FI-S30-2PMZ
T9840D, Fibre Channel
1PLW (single-port long-wave4), SL3000
1PSW (single-port short-wave3), SL3000
9840D-FC-S30-1PLZ
9840D-FC-S30-1PSZ
1.Interface transceivers (SFP modules) do not ship with the tape drive for the identified library. A
complete order consists or a tape drive number plus a port conversion kit (a number beginning with
an X).
2.9741 cabinet with louvered rear door requires EMI pad (FB 101201) to operate FC/FICON drives.
1.Interface transceivers (SFP modules) do not ship with the tape drive for the identified library. A
complete order consists or a tape drive number plus a port conversion kit (a number beginning with
an X).
2.9741 cabinet with louvered rear door requires EMI pad (FB 101201) to operate FC/FICON drives.
Single port long waveY9x40-FI-1SFP-LWZ
Single port short waveY9x40-FI-1SFP-SWZ
Dual port long waveY9x40-FI-2SFP-LWZ
Dual port mixedY9x40-FI-2SFP-MWZ
Dual port short waveY9x40-FI-2SFP-SWZ
You can use either the ROHS-compliant 42U (CBNT42U) basic 19-inch rack cabinet or
the older non-ROHS 35U rack cabinet (StorageTek RACK001) to house rack-mount
trays for all generations of T9x40 drives.
The ROHS-compliant 42U rack cabinet ships with two built-in power strips, two North
American compatible power cords, and two European compatible power cords.
If you are installing more than four drive trays into the RACK001 (35U cabinet), it is
required to have a second power strip and a second external AC power cord compatible
to the site AC power source. To add a second power strip to a previously installed older
cabinet, use the second power strip upgrade conversion bill, and include an external
35U
AC power cord, compatible to the site AC power source.
Note: See “Power Cords” on page 1-9 for a description of the available power cords.
Use the following order worksheet to record rack cabinet requirements:
4.Drives using a short wavelength transceiver that are mounted in an SL8500 drive
tray or a rack chassis require the use of a 50 micron multimode FC/FICON cable.
Order numbers are listed for the following cable types:
•“ESCON Cable Order Numbers” on page 5-18
•“Single Mode FC/FICON (LC, long wave) Cables” on page 5-20
•“Multimode FC/FICON (LC, short wave) Cables” on page 5-21
•“Multimode FC Cables (Type SC, 1-Gb)” on page 5-23 (T9840A or T9940A)
•“SCSI Cables and Accessories” on page 5-24 (T9840A/B or T9940A)
MT5003Revision AF5-17
Cable Order Numbers
ESCON Cable Order Numbers
The following ESCON fiber optic cables connect T9x40 ESCON drives to the first
component in the interface infrastructure. The
and have a Duplex connector at the drive end. The other end could have a Duplex, ST, or
MT-RJ connector (see
You must include their length in maximum channel distance calculations.
Note: Maximum total non-repeated distance for an ESCON T9x40 tape drive over
62.5-micron multimode cables is 3.00
Figure 5-2. ESCON Cable Connectors
Duplex Connector
Figure 5-2).
(commonly used in patch panels)
62.5/125 Micron cables areorange in color,
km (1.86 mile).
ST Connector
MT-RJ Connector
1
Description (Sheet 1 of 2)Sun Marketing PN
Duplex to Duplex, 62.5/125 Micron:
q13 m (42 ft) Duplex, PlenumCABLE10800285-Z_________
q31 m (100 ft) Duplex, PlenumCABLE10800286-Z_________
q61 m (200 ft Duplex, PlenumCABLE10800287-Z_________
q107 m (350 ft) Duplex, PlenumCABLE10800288-Z_________
q13 m (42 ft) Duplex, RiserCABLE10800289-Z_________
q31 m (100 ft) Duplex, RiserCABLE10800290-Z_________
q61 m (200 ft Duplex, RiserCABLE10800291-Z_________
q107 m (350 ft) Duplex, RiserCABLE10800292-Z_________
Duplex to MT-RJ, 62.5/125 Micron:
q13 m (42 ft) Duplex - MT-RJ, PlenumCABLE10800327-Z_________
q31 m (100 ft) Duplex - MT-RJ, PlenumCABLE10800328-Z_________
q61 m (200 ft Duplex - MT-RJ, PlenumCABLE10800329-Z_________
q13 m (42 ft) Duplex - MT-RJ, RiserCABLE10800324-Z_________
q31 m (100 ft) Duplex - MT-RJ, RiserCABLE10800325-Z_________
61 m (200 ft Duplex - MT-RJ, RiserCABLE10800326-Z_________
❑
Quantity
1.Suffix “-Z” indicates ROHS-compliant component.
5-18Revision AFMT5003
Cable Order Numbers
Description (Sheet 2 of 2)Sun Marketing PN1 Quantity
Duplex to ST, 62.5/125 Micron:
3 m (10 ft) Duplex, PlenumCABLE10800081_________
❑
7 m (22 ft) Duplex, PlenumCABLE10800082_________
❑
13 m (42 ft) Duplex, PlenumCABLE10800083_________
❑
22 m (72 ft Duplex, PlenumCABLE10800084_________
❑
31 m (100 ft) Duplex, PlenumCABLE10800085
❑
CABLE10800293-Z
46 m (150 ft) Duplex, PlenumCABLE10800086_________
❑
61 m (200 ft Duplex, PlenumCABLE10800087_________
❑
77 m (250 ft Duplex, PlenumCABLE10800088_________
❑
92 m (300 ft) Duplex, PlenumCABLE10800089_________
❑
107 m (350 ft) Duplex, PlenumCABLE10800090_________
❑
122 m (400 ft Duplex, PlenumCABLE10800091_________
❑
3 m (10 ft) Duplex, RiserCABLE10800070_________
❑
7 m (22 ft) Duplex, RiserCABLE10800071_________
❑
13 m (42 ft) Duplex, RiserCABLE10800072_________
❑
22 m (72 ft Duplex, RiserCABLE10800073_________
❑
31 m (100 ft) Duplex, RiserCABLE10800074_________
❑
46 m (150 ft) Duplex, RiserCABLE10800075_________
❑
61 m (200 ft Duplex, RiserCABLE10800076_________
❑
77 m (250 ft Duplex, RiserCABLE10800077_________
❑
92 m (300 ft) Duplex, RiserCABLE10800078_________
❑
107 m (350 ft) Duplex, RiserCABLE10800079_________
❑
122 m (400 ft Duplex, RiserCABLE10800080_________
❑
1.Suffix “-Z” indicates ROHS-compliant component.
_________
MT5003Revision AF5-19
Cable Order Numbers
Single Mode FC/FICON (LC, long wave) Cables
Single mode fiber optic cables are used with T9x40B/C/D FICON drives configured
with a long-wave SFP module. These cables are yellow in color with blue LC connectors
(
Figure 5-3 on page 5-21) at the drive end. You must include their length in maximum
channel distance calculations.
Note: Maximum total non-repeated distance for a 1310 nm, 9 micron (long-wave)
single mode cable is 10
Single Mode cable maximum distances can be extended through an RPQ to
km (12.4 mi) for a 100 MB/s channel, or to 12 km (7.46 mi) for a 200 MB/s
20
channel.
DescriptionSun Marketing PN1 Quantity
LC to LC, 9/125 Micron:
km (6.21 mi).
3 m (9.8 ft) Duplex, RiserCABLE.10800302-Z
❑
CABLE10800183
10 m (32.8 ft) Duplex, RiserCABLE10800331-Z_________
❑
22 m (72.1 ft) Duplex, RiserCABLE10800184_________
❑
50 m (164 ft) Duplex, RiserCABLE10800333-Z_________
❑
100 m (328 ft) Duplex, RiserCABLE10800306-Z_________
❑
10 m (32.8 ft) Duplex, PlenumCABLE10800330-Z_________
❑
46 m (151 ft) Duplex, PlenumCABLE10800188_________
❑
50 m (164 ft) Duplex, PlenumCABLE10800332-Z_________
❑
100 m (328 ft) Duplex, PlenumCABLE10800305-Z_________
❑
LC to SC, 9/125 Micron:
10 m (32.8 ft) Duplex, RiserCABLE10800335-Z_________
❑
22 m (72.1 ft) Duplex, RiserCABLE10800347-Z_________
❑
50 m (164 ft) Duplex, RiserCABLE10800337-Z_________
❑
100 m (328 ft) Duplex, RiserCABLE10800304-Z_________
❑
10 m (32.8 ft) Duplex, PlenumCABLE10800334-Z_________
❑
46 m (151 ft) Duplex, PlenumCABLE10800194_________
❑
50 m (164 ft) Duplex, PlenumCABLE10800336-Z_________
❑
100 m (328 ft) Duplex, PlenumCABLE10800303-Z_________
❑
1.Suffix “-Z” indicates ROHS-compliant component.
_________
5-20Revision AFMT5003
Multimode FC/FICON (LC, short wave) Cables
The following multimode fiber optic cables are applicable to T9x40B/C/D FC drives,
and T9x40B/C/D FICON drives configured with short-wave SFP modules. They
connect the drive to the first component in the interface infrastructure. These cables are
orange in color, and have LC connectors at the drive end.
Total non-repeated distance for a 850 nm, 50 micron (short-wave) multimode cable is:
•300 m (984 ft) maximum on a 200 MB/s (2 Gb) channel
•500 m (1640 ft) maximum on a 100 MB/s (1 Gb) channel
You must include their length in maximum channel distance calculations.
Figure 5-3. LC Cable Connector
Cable Order Numbers
C53423
Description (Sheet 1 of 2)Sun Marketing PN
LC to LC, 50/125 Micron:
10 m (32.8 ft) Duplex, RiserCABLE10800310-Z_________
❑
50 m (164 ft) Duplex, RiserCABLE10800311-Z_________
❑
100 m (328 ft) Duplex, RiserCABLE10800312-Z_________
❑
10 m (32.8 ft) Duplex, PlenumCABLE10800313-Z_________
❑
50 m (164 ft) Duplex, PlenumCABLE10800314-Z_________
❑
100 m (328 ft) Duplex, PlenumCABLE10800315-Z_________
❑
LC to SC, 50/125 Micron:
10 m (32.8 ft) Duplex, RiserCABLE10800317-Z_________
❑
50 m (164 ft) Duplex, RiserCABLE10800318-Z_________
❑
100 m (328 ft) Duplex, RiserCABLE10800319-Z_________
❑
10 m (32.8 ft) Duplex, PlenumCABLE10800320-Z_________
❑
50 m (164 ft) Duplex, PlenumCABLE10800321-Z_________
❑
100 m (328 ft) Duplex, PlenumCABLE10800322-Z_________
❑
1
1.Suffix “-Z” indicates ROHS-compliant component.
Quantity
MT5003Revision AF5-21
Cable Order Numbers
Description (Sheet 2 of 2)Sun Marketing PN
Adapter Kit, LC to SC Cabling.
❑
•LC to SC 2m (6.6 ft) Duplex
•SC Duplex coupler
LC to ST, 50/125 Micron:
10 m (32.8 ft) Duplex, RiserCABLE10800323-Z_________
❑
CABLE315447901-Z
CABLE10800343-Z
CABLE10800344-Z
1
1.Suffix “-Z” indicates ROHS-compliant component.
Quantity
_________
5-22Revision AFMT5003
Multimode FC Cables (Type SC, 1-Gb)
The following multimode fiber optic cables connect T9x40A FC drives to the first
component in the interface infrastructure. The cables are orange in color, and have SC
connectors at both ends.
Total non-repeated distance for a 850 nm, 50 micron (short-wave) multimode cable is:
•500 m (1640 ft) maximum on a 100 MB/s (1 Gb) channel
You must include their length in maximum channel distance calculations.
Figure 5-4. SC Cable Connector
FIBRE
CHANNEL
CABLE
HOUSING
CABLE
DUST
COVERS
Cable Order Numbers
C53988
DescriptionSun Marketing PN
SC to SC, 50/125 Micron:
0.25 m (0.8 ft) Duplex, PlenumCABLE10800301-Z_________
❑
10 m (32.8 ft) Duplex, PlenumCABLE10800294-Z_________
❑
50 m (164 ft) Duplex, PlenumCABLE10800295-Z_________
❑
100 m (328 ft) Duplex, PlenumCABLE10800296-Z_________
❑
250 m (820 ft) Duplex, PlenumCABLE10800129_________
❑
500 m (1640 ft) Duplex, PlenumCABLE10800130_________
❑
10 m (6.6 ft) Duplex, RiserCABLE10800297-Z_________
❑
30 m (98.4 ft) Duplex, Riser
❑
50 m (164 ft) Duplex, RiserCABLE10800298-Z_________
❑
100 m (328 ft) Duplex, RiserCABLE10800299-Z_________
❑
250 m (820 ft) Duplex, RiserCABLE10800139_________
❑
500 m (1640 ft) Duplex, RiserCABLE10800140_________
❑
SC Duplex couplerCABLE10800344-Z_________
❑
1.Suffix “-Z” indicates ROHS-compliant component.
CABLE10800136
1
2
Quantity
_________
MT5003Revision AF5-23
Cable Order Numbers
SCSI Cables and Accessories
The following SCSI cables are applicable to T9840A/B and T9940A SCSI drives. They
connect the drive to the first component in the interface infrastructure. You must include
their length in maximum distance calculations.
CAUTION:
DATA LOSS. DO NOT EXCEED 25 METERS (82 FEET)
MAXIMUM TOTAL SCSI BUS LENGTH [include the interface cable, daisychain cable(s), and drive tray/library bulk head Y-cable].
SCSI Cables:
Description
❑3 m (10 ft) Type CL2 SCSI Ext. Cable, Riser CABLE10187000-Z
❑
12 m (49 ft) Type CL2 SCSI Ext. Cable, Riser
❑21 m (69 ft) Type CL2 SCSI Ext. Cable, Riser CABLE10187001-Z
❑ 3 m (10 ft) Type CL2P SCSIExt. Cable, Plenum
❑12 m (49 ft) Type CL2P SCSI Ext. Cable, Plenum CABLE10083381_________
❑21 m (69 ft) Type CL2P SCSI Ext. Cable, Plenum CABLE10083316_________
❑ 300 mm (11.8 in.) SCSI Daisy-Chain Cable
❑340 mm (13.5 in.) SCSI Daisy-Chain Cable, rack mount CABLE10083616_________
❑500 mm (19.7 in.) SCSI Daisy-Chain Cable CABLE10187005-Z_________
Sun Marketing PN
CABLE10083309
CABLE10083376_________
CABLE10083312
CABLE10083313
CABLE10187004-Z
1
Quantity
_________
_________
_________
_________
1.Suffix “-Z” indicates ROHS-compliant component.
Note: T9x40 SCSI drives can connect to an AS400 system with the SCSI cables listed above. The AS400
system must have a 6501, 6534, or 2729 IOP card. In addition, the 6501 IOP card requires an
interposer, IBM PN 05H3834. Order these items from IBM.
SCSI Accessories:
The T9x40 tape drive is high voltage differential.
Description
SCSI Terminator, DIFF
❑
1.Suffix “-Z” indicates ROHS-compliant component.
5-24Revision AFMT5003
Sun Marketing PN
CABLE10187075-Z
1
________
Quantity
■Conversion Bills/Kits
Conversion bills (CBs) provide instructions and applicable material that allow the:
•Addition of a second drive to a rack chassis
•Transfer of drives from one library type to a different library type
•Modification of the number or type of interface transceiver
•Transfer of drives from one library drive cabinet type to a different library drive
cabinet type
Several tables list the conversion bill part numbers:
• Table 5-12 lists the T9840 drive tray conversions
• Table 5-13 on page 5-27 lists T9840D conversions
•Table 5-14 on page 5-27 lists ROHS compliant CBs available for T9840 conversions
•Table 5-15 on page 5-28 lists CBs available for T9940 conversions
1. The conversion kit is ROHS compliant but the drive might not be ROHS compliant.
2. 9740 library does not apply to the T9840D tape drive.
3. Dual port long wavelength or short wavelength.
4. Two port short wavelength.
5. Single port long wavelength.
6. Single port short wavelength.
9840A-ES-SL85-Z
9840A-FC-SL85-Z
1
1
5-26Revision AFMT5003
Conversion Bills/Kits
Table 5-13. T9840C/D Rackmount Conversion Bills
InterfaceDescriptionMarketing P/N
T9840D
ESCONT9840D, ES, RACKMT, 1X to 2X
Fibre Channel
or FICON
T9840D, LW, RACKMT, 1X to 2X
T9840D, SW, RACKMT, 1X to 2X
X9840D-ES1-2RACKZ
X9840D-LW1-2RACKZ
X9840D-SW1-2RACKZ
T9840C
Fibre ChannelT9840C, FC, DPSW, RACKMT, 1X to 2X
X9840C-FC-RK-1-2Z
The conversion bills in the following table are used with many of the T9x40 tape drive
models and library configurations. Drive part numbers for the 9310 library and L180/
L700/L1400 do not include the SFP module. You must order a port conversion bill and
the drive part number.
Table 5-14. T9x40 Common Conversion Bills (ROHS Compliant)
1. T9940B Fibre Channel drives use fixed transceivers (SFF).
2. T9940B FICON drives use pluggable transceivers (SFP modules).
3. Single port long wavelength.
4. Single port short wavelength.
5. For dual port configurations, order the appropriate SFP module, see Table 5-14 on page 5-27.
L180/L700/L1400,
SL85009940B-ES-SL85Z
L5500, 9740, 9310
L180/L700/
9940B-9310-L700Z
L1400
L180/L700/L1400,
SL85009940B-FC-L55-S85Z
L5500, 9740, 9310
L5500, 9740, 9310L180/L700/
9940B-9310-L700Z
L1400
L180/L700/L140093109940B-FC-9310-Z
L180/L700/L1400,
SL8500
9940B-FI-LW-SL85Z
L5500, 9740, 9310
L180/L700/L1400,
SL8500
9940B-FI-SW-SL85Z
L5500, 9740, 9310
L5500, 9740, 9310L180/L700/
9940B-9310-L700Z
L1400
3, 5
4, 5
5-28Revision AFMT5003
■Ordering Cartridges and Labels
Sun makes ordering cartridges easy.
•Call 1.877.STK.TAPE to order media from your local Sun reseller or to obtain media
pre-sales support.
•Local support e-mail addresses:
-us.mediaorders@sun.com
-EMEA.mediaorders@sun.com
-LA.mediaorders@sun.com
•Label kits:
Label kits are available in either 60 or 200 piece quantities. The 60 piece kit has 60
data and 6 cleaning cartridge labels. The 200 piece kit has 200 data and 20 cleaning
cartridge labels. The end-user will affix the labels to the cartridges. The label ranges
are sequentially numbered, non-repeating and cannot be customized.
Not sure what you need or what some terms mean?
Check out Sun StorageTek Tape Media A Variety of Storage Options for more details.
Ordering Cartridges and Labels
Note: The different VolSafe cartridges are NOT interchangeable. Make sure to specify
the required proper density 9840 VolSafe cartridge when ordering (see
on page 1-4 for additional information).
Table 5-16. VolSafe Cartridge Summary
Drive ModelIdentification Color
T9840A/B
Yellow
20-GB 9840 VolSafe cartridges can be read and written
with T9840A/B drives.
T9840C
Green
40-GB 9840C VolSafe cartridges can be read and written
with a T9840C drive.
The T9840C can only read a T9840A/B VolSafe.
T9840D
Purple
75-GB 9840D VolSafe cartridges can be read and written
with a T9840D drives
The T9840D can only read a T9840A/B VolSafe cartridge
or a T9840C VolSafe cartridge.
T9940B
Yellow
200-GB 9940 VolSafe cartridges are required for use with
T9940B drives
1.The T9940A tape drive is not VolSafe capable.
Table 1-1
Description
1
.
Note: The T9840D requires that you use a unique cleaning cartridge designated with a
Y media ID label. The T9840A/B/C drives use a different cleaning cartridge
designated with a U media ID label.
MT5003Revision AF5-29
Ordering Cartridges and Labels
Tape Media Policies
There are three tape media policies:
•Usage policy: The tape storage media (tape cartridge) used in a tape drive and/or
automated tape system can have a significant impact on the overall performance of
the tape drive and/or automated tape system. The following is Sun's policy regarding
tape storage media:
-Sun warrants tape storage media that is Sun StorageTek branded.
-The customer can be billed for any service provided by Sun resulting from
or related to problems caused by non-Sun StorageTek branded tape storage
media.
•Endorsement policy: Sun does not certify, recommend or endorse 3rd party brand tape
media. Sun only recommends Sun StorageTek brand media for use in Sun
StorageTek libraries and tape drives.
•Cancellation policy: Purchase Orders for tape media entered into Sun's Order
Management system (either 'standalone' or included with Sun hardware, software or
services) are non-cancelable, non-returnable, and cannot be reworked.
Note: The customer is liable for the media portion of the purchase order regardless
if the hardware, software or services portion of the purchase order is
canceled.
5-30Revision AFMT5003
Specifications
This appendix provides specifications for “T9840” and “T9940” on page A-11.
■T9840
The following information is provided for T9840 tape drives:
•Power specifications
•Performance specifications
•Environmental requirements
•Physical specifications
•Library attachments
Power Specifications
Table A-1 lists the power specifications for the T9840 Tape Drive.
Tape load and thread to ready
File access, first (average)
Rewind (maximum/average)
Unload
Val ue s
T9840AT9840BT9840CT9840D
20 GB
8 MB
2 m/s
256K
10 MB/s
35 MB/s
100 MB/s
17 MB/s
1 Gb
40 MB/s
17 MB/s
NA
7 sec
8 sec
16/8 sec
8 sec
20 GB
32 MB
4 m/s
256K
19 MB/s
60 MB/s
200 MB/s
17 MB/s
2 Gb
40 MB/s
17 MB/s
2 Gb
7 sec
8 sec
16/8 sec
8 sec
1
40 GB
64 MB
3.295 m/s
256K
30 MB/s
60 MB/s
200 MB/s
17 MB/s
2 Gb
NA
17 MB/s
2 Gb
6.5 sec
8 sec
16/8 sec
11.5 sec
75 GB
64 MB
3.4 m/s
256K
30 MB/s
60 MB/s
200 MB/s
17 MB/s
2 Gb
NA
17 MB/s
2 Gb
8.5 sec
8 sec
16/8 sec
12.5 sec
1
2
Reliability
290,000 hr
240,000 hr
216,000 hr
5 years
-18
-33
1 x 10
1 x 10
290,000 hr
240,000 hr
216,000 hr
5 years
-18
1 x 10
1 x 10
-33
290,000 hr
240,000 hr
216,000 hr
5 years
-18
1 x 10
1 x 10
-33
Mean time between failure (MBTF)
Power on @ 100% duty cycle
Tape load @ 10/day (100K loads)
Tape path motion (TPM)
@ 70% duty cycle
Head life @ 70% TPM duty cycle
Uncorrected bit error rate
Undetected bit error rate
290,000 hr
240,000 hr
216,000 hr
5 years
-18
1 x 10
-33
1 x 10
1.VR2 is a trademark of Overland Storage.
2
VR
technology is used to achieve T9840C/D capacity and performance.
2.Fibre Channel (FC) write and 55 MB/s FICON write
A-2Revision AFMT5003
Data Cartridge
Table A-3 lists the physical and performance specifications of the 9840 data cartridge.
Table A-3. 9840 Data Cartridge Performance Specifications
CharacteristicValue
Cartridge physical data
Drive compatibility
Form factor
Width
Length
Height
Weig ht
Drop strength
Tape media data
Capacity, native (uncompressed)
T9840
T9840A, T9840B, T9840C and T9840D
1/2 in. cartridge, 3490/3490E
109 cm (4.29 in.)
125 cm (4.92 in.)
CAUTION: Bulk-erase will destroy prerecorded servo tracks. DO NOT
DEGAUSS 9840 CARTRIDGES.
Advanced metal particle (AMP)
9 microns (μm)
271 m (889 ft)
251 m (823 ft)
15 - 30 years
80,000 write/read passes minimum
361 full file writes
10,000 minimum
-18
1 x 10
Zero
MT5003Revision AFA-3
T9840
Environmental Requirements
This section describes environmental requirements for the drive, power supply, and
cartridges for T9840 tape drives.
Airborne Contamination
Tape drives and media are subject to damage from airborne particulates (0.3 microns and
smaller). The operating environment should strive to adhere to the requirements of a
Class 100,000 clean room and the ISO 14644-1 Class 8 or 9 environment. See the Sun Microsystems Data Center Site Planning Guide for additional information regarding gasses and
other contaminants.
Dimensions and weight
of manual-load drive
(T9840A/B)
230 mm (9.1 in.) wide
160 mm (6.5 in.) high
483 mm (19 in.) deep plus 76 mm (3 in.) for cables
9.3 kg (20.5 lb)
Dimensions and weight
of CSL drive
(T9840A only)
A-6Revision AFMT5003
483 mm (19 in.) wide
197 mm (7.7 in.) high
630 mm (24.8 in.) deep plus 76 mm (3 in.) for cables
23 kg (50 lb)
Rack Mount Configuration
Table A-8 lists the physical specifications for the T9840 rack mount configuration.
Table A-8. T9840 Tape Drive Rack Mount Physical Specifications
Dimensions
Width
Face plate
Chassis
Height
Depth
Weig ht
Single-drive tray
Dual-drive tray
CSL tray
1.Includes 102 mm (4.0 in.) cable bend radius allowance at chassis rear
1
Rack Cabinets
T9840
483 mm (19.0 in.)
446 mm (17.56 in.)
178 mm (7.0 in.)
641 mm (25.25 in.)
14.5 kg (32 lb)
20.4 kg (45 lb)
18.0 kg (39 lb)
Two rack cabinets are recommended to house T9x40 rack mount drive trays. The original
35U rack cabinet (StorageTek RACK001), and a newer, ROHS-compliant 42U rack
cabinet (CBNT42U). Both cabinets require approximately the same floor space, and are
fully re-locatable.
Table A-9 lists the physical specifications of both rack cabinets.
See Figure A-1 on page A-8 for an overhead view of the StorageTek RACK001, and
Figure A-2 on page A-9 for an overhead view of the CBNT42U rack cabinet.
4.Side stabilizer plate, 2ea. (should be bolted to the floor)
5.Front service clearance (door fully open and space required to remove tray from extended rails)
6.Front door
Note: All dimensions are in millimeters (inches).
MT5003Revision AFA-9
T9840
Library Attachments
Table A-10 lists the libraries to which T9840 tape drives can attach. To order the correct
accessories to install the T9840 tape drives in a library environment, refer to the system
assurance guide for the library.
Table A-10. T9840 Tape Drive Library Attachments
Maximum
Library
Number of
Cartridges
9310 PowderHornApprox.
6,000
9710 TimberWolf
9738 TimberWolf
9740 TimberWolf
1
2
3,4
588109710 Library Storage Module System Assurance
303TimberWolf 9738 Library
49410TimberWolf 9740 Library Storage Module System
L180 Approx.
180
L700x/L1400xApprox.
700
L5500 Automated
Cartridge System
3
(ACS)
SL3000
Maximum
2000/3500
4,50056
Maximum
Number of
Drives
5
System Assurance Guide
80Nearline Enterprise 9310/4410/9360 LSM
System Assurance Guide, ML6500
Guide, part number MR0012
System Assurance Guide, MT5006
Assurance Guide, MT5001
6L180/L700x/L1400x Tape Libraries
Ordering and Configuration Guide, MT9112
12L180/L700x/L1400x Tape Libraries
Ordering and Configuration Guide, MT9112
80
6
L5500 Automated Cartridge System
System Assurance Guide, MT9142
7
SL3000 Modular Library System
Systems Assurance Guide, 316194101
SL8500
10,088
8
64 SL8500 Modular Library System
System Assurance Guide, MT9229
1.T9840A/B only.
2.T9840A only.
3.T9840A/B/C only.
4.T9940A/B only.
5.There are two mixed-media configurations in the L5500 ACS.
6.Total number of mixed drives, including the Linear Tape Open (LTO) Ultrium Drives. The LTO
required, associated PLM unit blocks three T9x40 power supply slots; therefore, in a mixed drive
cabinet, a maximum 17 drive slots are available for T9x40 drives.
7.T9840C/D only.
8.Basic library holds 1,448 cartridges; and, the library can hold 10,088 cartridges when five storage
expansion modules are installed.
A-10Revision AFMT5003
■T9940
The next pages provide the following information for T9940 tape drives:
•Physical specifications
•Power specifications
•Performance specifications
•Environmental requirements
•Library attachments
Note: The specifications in this appendix can change. For current information, contact
your Sun representative.
Physical Specifications
This section lists the physical specifications of T9940 tape drives, in rack mount and
library attached configurations.
Rack-mount Configuration
The rack mount configuration of the T9940 tape drive consists of two drives, mounted
on shock absorbers, and two power supplies contained within a rack mount tray.
T9940
Table A-11 lists the physical specifications of the T9940 rack mount configuration.
Table A-11. T9940 Tape Drive Rack Mount Physical Specifications
Dimensions 483 mm (19.0 in.) wide
267 mm (10.5 in.) high
635 mm (25.0 in.) deep plus 7.6 cm (3 in.) for cables
Weight36.5 kg (80.5 lb)
Note: See “Rack Cabinets” on page A-7 for physical specifications and space
requirements for recommended rack cabinets.
MT5003Revision AFA-11
T9940
Library-Attached Configuration
The library-attached configuration of the T9940 tape drive mounts on trays that fit inside:
•An 9741 (expanded) or 9741E drive cabinet that attaches to StorageTek 9310, 9360,
9740, and L5500 libraries
•The StorageTek L180/L700x/L1400x library
•The StorageTek StreamLine SL8500 modular library system
Refer to the appropriate library System Assurance Guide for the physical dimensions and
weights of the library and cabinet.
Table A-12 lists the weights of the library tape drives and accessories, including trays,
Tape load and thread to ready
File access, first (average)
Rewind (maximum/average)
Unload
Va lu e
T9940AT9940B
60 GB
16 MB
2 m/sec
10 MB/sec
35 MB/sec
100 MB/sec
17 MB/sec
1 Gb
40 MB/sec
20 MB/sec
NA
18 sec
59 sec
90/45 sec
18 sec
200 GB
64 MB
3.4 m/sec
30 MB/sec
70 MB/sec
200 MB/sec
17 MB/sec
2 Gb
N/A
20 MB/sec
2 Gb
18 sec
59 sec
90/45 sec
18 sec
1
1
Reliability
Mean time between failure (MBTF)
Power on @ 100% duty cycle
Tape load @ 10/day (100K loads)
Tape path motion (TPM)
@ 70% duty cycle
Head life @ 70% TPM duty cycle
Uncorrected bit error rate
Undetected bit error rate
1.VR2 is a trademark of Overland Storage.
2
VR
technology is used to achieve T9940B capacity and performance.
MT5003Revision AFA-13
290,000 hr
240,000 hr
196,000 hr
8.5 yr.
-18
1 x 10
-33
1 x 10
290,000 hr
240,000 hr
196,000 hr
8.5 yr.
-18
1 x 10
-33
1 x 10
T9940
Data Cartridge
Table A-15 lists physical and performance specifications of the 9940 data cartridge.
Table A-15. 9940 Data Cartridge Specifications
CharacteristicValue
Cartridge physical data
Drive compatibility
Form factor
Width
Length
Height
Weig ht
Drop strength
T9940A, T9940B
1/2 in. cartridge, 3490/3490E
109 cm (4.29 in.)
125 cm (4.92 in.)
Storage (up to four weeks)5° to 32°C (41° to 90°F)
Storage (archival)18° to 26°C (65° to 79°F)
Shipping
2
4° to 40°C (40° to 104°F)
Relative Humidity, Non-Condensing
Operating
1
20% to 80%
Storage (up to four weeks)5% to 80%
Storage (archival)40% to 60%
Shipping
2
5% to 80%
Wet Bulb Maximum
Operating
1
26°C (78.8°F)
Storage (non-archive)26°C (78.8°F)
Storage (archival)26°C (78.8°F)
Shipping
2
26°C (78.8°F) with no condensation
1.The conditioning time before use is 24 hours.
2.The shipping environment must not exceed the limit of the storage environment,
archive or non-archive, for longer than 10 days.
A-16Revision AFMT5003
Library Attachments
Table A-18 lists the libraries to which T9940 tape drives can attach. To order the correct
accessories to install T9940 tape drives in a library environment, refer to the system
assurance guide for the library.
Table A-18. T9940 Tape Drive Library Attachments
T9940
Maximum
Product
Number of
Cartridges
9310 PowderHornApprox.
6,000
Maximum
Number of
System Assurance Guide
Drives
80Nearline Enterprise 9310/4410/9360 LSM System
Assurance Guide, ML6500
9740 TimberWolf49410TimberWolf 9740 Library Storage Module System
Assurance Guide, MT5001
L180 Approx.
180
L700x/L1400x Approx.
700
L5500 ACSMaximum
2000/3500
SL8500
10,088
3
6L180/L700x/L1400x Tape Libraries
Ordering and Configuration Guide, MT9112
12L180/L700x/L1400x Tape Libraries
Ordering and Configuration Guide, MT9112
2
80
1
L5500 Automated Cartridge System
System Assurance Guide, MT9142
64 System Assurance Guide, MT9229
1.There are two mixed-media configurations in the L5500 ACS.
2.Total number of mixed drives, including the LTO Ultrium Drives. The LTO required, associated
PLM unit blocks three T9x40 power supply slots; therefore, in a mixed drive cabinet, a maximum of
17 drive slots are available for T9x40 drives.
3.Basic library holds 1,448 cartridges; and, the library can hold 10,088 cartridges when five storage
expansion modules are installed.
MT5003Revision AFA-17
T9940
This page intentionally left blank.
A-18Revision AFMT5003
Glossary
This glossary defines new or special terms and
abbreviations used in this guide. For definitions
about other 9840/T9840/T9940 drive subsystem
terms, or terms about other StorageTek products,
refer to the glossary in the appropriate manuals.
Many of the definitions are taken from the IBM Dictionary of Computing. The following letters in
parentheses following the definition indicate the
source of the definition:
(A) The American National Standard Dictionary for
Information Systems, ANSI X3.172-1990, copyright
1990 by the American National Standards Institute
(ANSI).
(E) The ANSI/Electronic Industries Association
(EIA) Standard-440-A, Fiber Optic Terminology.
(I) The Information Technology Vocabulary, developed
by Subcommittee 1, Joint Technical Committee 1,
of the International Organization for
Standardization and International Electrotechnical
Commission (ISO/IEC/JTC1/SC1).
(IBM) The IBM Dictionary of Computing, copyright
1994.
(T) Draft international standards committee
drafts, and working papers being developed by the
ISO/IEC/JTC1/SC1.
Arbitrated Loop One topology used in Fibre
Channel that provides multiple connections for
devices that share a single loop, over which only
two devices can communicate at once.
Arbitrated Loop Physical Address (AL_PA) A
one-byte value that identifies a port in an arbitrated
loop topology.
Automated Cartridge System Library Software
(ACSLS)
multiple computing platforms to access a Nearline
automated cartridge system (ACS).
UNIX-based software that allows
B
Bit (1) A unit of information equal to a 1 or a 0.
(2) Either of the digits 0 or 1 when used in the
binary numeration system. (T)
British thermal unit (Btu) A standard measure
of a device’s heat output. The amount of heat
required to raise one pound of water one degree
Fahrenheit.
Btu See British thermal unit.
Byte (1) A string that consists of a number of bits,
treated as a unit, and representing a character. (T)
(2) A number of bits, treated as a unit, and
representing a character.
A
C
access time The mean time in seconds from the
load ready position to a distance being
approximately half way from COT (center of tape)
to either EOT (end of tape).
ACSLS See automated cartridge system library
software.
adapter Hardware used to join different
connector types.
ANSI American National Standards Institute.
MT5003Revision AFGlossary-1
Calorie The amount of heat required to raise one
kilogram of water one degree Celsius. Equal to
3.968 Btu.
cartridge A storage device that consists of
magnetic tape on supply and take up reels, in a
protective housing. (IBM).
Cartridge Scratch Loader (CSL) In the 9840
tape drive, a device attached to the 9840 drive
which automatically feeds cartridges to the drive.
Cartridges are manually placed in an input bin, and
Glossary
after use, are deposited automatically in an output
bin.
cleaning cartridge A cartridge containing special
material used to clean the tape path in a transport.
Client System Component (CSC) Software that
provides an interface between the client computing
system’s operating system and the StorageTek
library software, such as ACSLS, HSC, or
LibraryStation.
connector An electrical part used to join two or
more other electrical parts. (IBM)
CSC See Client System Component.
CSE See Customer Services Engineer.
CSL See Cartridge Scratch Loader.
Customer Services Engineer (CSE)
A StorageTek employee trained to install, maintain,
and repair StorageTek equipment.
configuration The manner in which the
hardware and software of an information
processing system are organized and
interconnected. (T)
D
daisy chain A method of device interconnection
for determining interrupt priority by connecting
the interrupt sources serially.
data migration The orderly movement of data
from one storage medium to another.
differential A SCSI bus alternative with a
maximum cable length of 25 meters (82 feet).
E
Enterprise Systems Connection (ESCON) A
set of IBM products and services that provide a
dynamically-connected environment within an
enterprise. (IBM)
usually specified as a nominal value and a tolerance
range. For a device, there may be more than one
set of environmental requirements; for example,
one set for transport, another for storage, and
another for operation. (T) (A)
equipment rack A free-standing cabinet or
framework that holds electronic equipment.
ESCON See Enterprise Systems Connection.
F
fabric The FC topology that is similar to a
telephone switch in that the initiator of a “call” to
the receiving port simply provides the receiver
with the port address, and the fabric routes the
transmission to the proper port. A fabric differs
from a point-to-point or arbitrated loop topology
in that it provides for interconnections between
ports without having a point-to-point connection.
The fabric also serves as a media type converter.
FC See Fibre Channel
FIB Format identifier block. A FIB is required to
identify tapes written by a T9840C or T9840D tape
drive. The T9840C has a unique FIB, and the
T9840D has a unique FIB. Earlier generation
drives detect the FIB (T9840A/B identify the FIB
for tapes written by either a T9840C or T9840D
while the T9840C detects the FIB for tapes written
by a T9840D).
fiber optics The branch of optical technology
concerned with the transmission of radiant power
through fibers made of transparent materials such
as glass, fused silica, and plastic. (E)
Fibre Channel (FC) The ANSI standard that
defines an ultra high-speed, content independent,
multi-level data transmission interface that can
support multiple protocols simultaneously, support
connectivity to millions of devices over copper
and/or fiber optic physical media, and provides
the best characteristics of both networks and
channels, over diverse topologies.
environmental requirement Any of the physical
conditions required for the protection and proper
operation of a functional unit; the requirement is
Glossary-2Revision AFMT5003
Fibre Connection (FICON) An ESA/390 and
zSeries computer peripheral interface. The I/O
interface uses ESA/390 and zSeries FICON
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