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means, without prior written permission of ADIC Europe, ZAC des Basses Auges, 1,rue Alfred de
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ADIC Europe assumes no responsibility for any errors that may appear in this document, and
retains the right to make changes to these specifications and descriptions at any time, without
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ADIC Europe makes no representation or warranty with respect to the contents of this document
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ADIC is a registered trademark and ADIC Europe is a trademark of Advanced Digital Information
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ADIC USA
Tel.: +1-303-705-3900
Fax: +1-303-792-2465
ATAC: 1-800-827-3822
www.adic.com
Document number: 6-01150-01 Rev A
Published: 22 June 2004 Printed in the USA
ADIC Europe
ZAC des Basses Auges
1, rue Alfred de Vigny
78112 Fourqueux, France
Tel.: +33.1.3087.5300
Fax: +33.1.3087.5301
This chapter provides general information on this manual,
including intended audience, organization, associated
documents, and where to acquire technical assistance.
The information in this chapter is organized as follows:
•Intended Audience on page 1-3
•Organization on page 1-3
•Associated Documents on page 1-4
•ADIC Technical Assistance Center on page 1-4
Intended Audience
1-
This manual is for sales personnel and potential purchasers of
the Scalar 1000
Organization
This manual contains information detailing the Scalar 1000
library. The chapters include:
Chapter 1About this Guide - Describes the intended
Chapter 2System Description - Describes general
Chapter 3System Configurations - Describes the
Chapter 4System Specifications - Describes the
1
library.
audience, organization, associated
documents, and where to acquire
additional assistance.
information, Scalar 1000 library modules,
I/O status and control, and host
attachments.
structure of the basic Scalar 1000 library
and available optional components.
physical and electrical specifications of the
Scalar 1000 components.
1. Scalar 1000 is a trademark of ADIC. Throughout the remainder of this document, we refer to
Scalar 1000 library as Scalar 1000 or the library.
22 June 2004
Overview1-3
Chapter 5Site Preparation - Provides forms for
planning space, physical, electrical, and
environmental requirements. This
information is required by the installation
team.
To accommodate IBM
3590 drives, you must
add an Extension frame
to a Control Module or a
Expansion Module to
increase module depth.
2-
The Scalar 1000 automates the storage, retrieval, and control
of 3590, LTO, DLT, SDLT, and AIT tape cartridges. Tape
cartridges are mounted and dismounted in tape drives using
application software from the host without operator
intervention.
The Scalar 1000 is a linear storage library that can be expanded
from a single media library to a mixed media library. The
Scalar 1000 consists of a Control Module (CM) and up to three
Expansion Modules (EMs). See Figure 2-1 on page 2-4. The
CM contains library control hardware, the Cartridge
Accessor, an Insert/Eject Station (I/E Station), an Operator
Panel, cartridge storage cells, and tape drives. The EM can
contain tape drives and cartridge storage.
The Scalar 1000 can be configured for approximately 118 to
1182 cartridges (the cartridge capacity depends on the library
configuration and features installed), and 1 to 48 drives.
See Table 2-1.
The Scalar 1000 Library has the following modules:
•Control Module (CM) on page 2-5
•Expansion Module (EM) on page 2-5
Operator
Panel
Insert/Eject
Station
Figure 2-1Control Module and Expansion Module
Door
Lock,
Handle,
and
Key
Expansion
Module
Control
Module
2-4System Description
6-01150-01 Rev A
Control Module (CM)
The CM is a single module, standalone Scalar 1000 library. It
contains an LCD Operator Panel, AC and DC power supplies,
robot control electronics, and host interfaces. It can be
attached to an EM to create an expanded Scalar 1000 library.
See Figure 2-1 on page 2-4.
The tape and drive bay capacity varies in the CM. Each drive
bay accommodates:
•One or two High Profile tape drives
•One to six Low Profile tape drives
•One to 12 Low Profile 8 mm (AIT) tape drives
Expansion Module (EM)
The EM extends the length of the aisle and adds drives and
cartridges to the library. The Scalar 1000 maximum
configuration includes three EMs. These modules extend the
X-rails (top and bottom) which allow the Accessor to travel
the length of the library. See Figure 2-1 on page 2-4.
22 June 2004
Modules2-5
Internal Components
The Scalar 1000 consists of the following internal components:
•Tape Drives
•Cartridge Storage
•Cartridge Accessor
•Tape Cartridges
•Insert/Eject Station
Tape Drives
The Scalar 1000 supports the following tape drives:
•3490E
•NCTP
•3590
•DLT (high profile and low profile)
•SDLT
•AIT-1
•AIT-2
•AIT-3
•LTO-1
•LTO-2
2-6System Description
Cartridge Accessor
The Cartridge Accessor identifies and moves cartridges
between the storage cells, tape drives, and the I/E Station. The
Cartridge Accessor has:
•A Gripper Assembly for getting and putting cartridges in
storage cells, tape drives or the I/E Station.
•A Barcode Scanner for reading the external barcode labels
on the cartridges. The Barcode Scanner is used during the
inventory process to locate and categorize all cartridges
installed in the library. It is also used during the teaching
process in which it reads the fiducial labels to identify the
types of storage arrays and tape drives installed in the
Library. (Fiducial labels are barcode labels located on tape
drives and storage arrays. Each label has a different value
to identify the various types of storage arrays or tape
drives that may be installed in the Library. Refer to the
Scalar 1000 Operator Guide for a list of all fiducial labels.)
6-01150-01 Rev A
•An X-Axis drive for moving the Cartridge Accessor the
length of the rails in the CM and the EMs.
•A Y-Axis drive for moving the Gripper Assembly
vertically in the CM and the EMs.
Tape Cartridges
The Scalar 1000 automates the retrieval, storage, and control
of 3590, DLT, SDLT, LTO, and AIT cartridges.
Note
Duplicate
barcode labels
(even with
different media
identifiers) are
NOT supported.
Two characters are used to identify the cartridge type. For
SDLT and LTO cartridges, the media identifier is embedded at
the end of the barcode label. Any code 39 labels are supported.
Refer to the Scalar 1000 Operator Guide for more information on
label types supported by the Scalar 1000.
Insert/Eject Station
The I/E Station allows for the insertion and ejection of
cartridges without interrupting the normal operation of the
library.
The I/E Station uses two different cartridge magazines. One
magazine has a capacity of six half-inch cartridges (3590/
DLT/SDLT/LTO), the other magazine has a capacity of nine
8 mm (AIT) cartridges. A maximum of two magazines of any
type can be present in the I/E Station at any time. If you have
two different magazines in an I/E Station, such as one halfinch and one 8 mm magazine, the library requires Scalar DLC.
For more information on Scalar DLC, refer to Scalar DLC Option on page 2-11 or contact an ADIC representative.
The coordinate for the rows in the old style I/E Station is
always contiguous (1 to 12 for half-inch and 1 to 18 for 8 mm).
Since two magazines of different cartridge types can be
present in the I/E station at any time, the first cell of the
bottom magazine of the new style I/E station always starts
with Row 10.
22 June 2004
Internal Components2-7
Connectivity
The Scalar 1000 offers several different connectivity options,
allowing the library to support a wide range of backup
topologies and applications. Flexible library connectivity
delivers active support for loop and switched fabric Fibre
Channel protocols, along with SCSI.
SAN Connectivity
The Scalar 1000 can be connected to a Fibre Channel Storage
Area Network (SAN) via the Storage Networking Controller
(SNC).
The SNC provides four parallel SCSI bus connections, one
ethernet, and two Fibre Channel connections. The SNC allows
native SCSI devices (for example: robot controller and tape
drives) to be seen by any hosts that are attached to the SAN.
The library controller and the tape drives access the SAN via
the SNCs that can be installed in a Scalar 1000 CM or EM. See
Figure 2-2 on page 2-9.
The Scalar 1000 can be directly connected to one or two SCSI
buses. Because each SCSI bus is independent, it can be Single
Ended, High Voltage Differential, or Low Voltage
Differential. Both ends of each bus must be terminated and a
terminator is shipped with each SCSI adapter card ordered.
The minimum configuration of a Scalar 1000 library requires
one SCSI adapter and the SCSI type (Single Ended, High
Voltage Differential or Low Voltage Differential).
Although the Scalar 1000 can be attached to a wide SCSI bus,
it is not a wide SCSI device and its SCSI ID must be in the
range of 0 to 7. See Figure 2-3.
Figure 2-3Direct SCSI Attachment
2-10System Description
6-01150-01 Rev A
Scalar DLC Option
The Scalar 1000, through its optional Scalar Distributed
Library Control (Scalar DLC) interface, provides the
industry’s most advanced combination of management and
diagnostics.
The Scalar DLC software serves as a centralized library
management tool that simplifies and automates the tracking
and management of all system resources for optimal
performance and maximum availability.
The Scalar DLC attaches to the library SCSI bus. The host
continues to directly attach to the drives through a SCSI or a
Fibre Channel Interface.
For more information on Scalar DLC, including detailed
information on the supported interfaces, refer to ADIC Scalar
DLC documentation. See Figure 2-4 on page 2-12 for more
information.
22 June 2004
Scalar DLC Option2-11
Figure 2-4Network Attachment
Remote Management Unit
2-12System Description
The factory-installed Remote Management Unit (RMU) in
each system uses a standard web browser for remote library
access.
The supported browsers are:
•Microsoft Internet Explorer version 4.0 and above
•Netscape Navigator version 4.7 and above
With an RMU, you are able to do the following:
•Update RMU firmware
•Access the library status
•Make configuration changes
6-01150-01 Rev A
•Access the library Operator Panel
•Access Scalar 1000 documentation
•Retrieve library command and even t logs
The RMU supports Simple Network Management Protocol
(SNMP) version 2.0 and acts as an SNMP-server. The RMU
acquires Tape Alert 3.0 compatible information from the
library over the serial interface port and sends that
information to a SNMP manager. The RMU also detects a
power loss and generates a SNMP trap for notification. For
additional information, refer to the Scalar 1000 Operator Guide.
This chapter describes the Scalar 1000 library component
configurations.
Note
Service requires
48 in. (1219 mm)
access.
Control
Module
Control
Module and
1 Expansion
Module
Control
Module and
2 Expansion
Modules
Control
Module and
3 Expansion
Modules
The Scalar 1000 can consist of one to four modules (a Control
Module and up to three Expansion Modules). See Tabl e 3-1 for
module, tape drive, and tape cartridge configuration
information.
This chapter contains performance, environmental, electrical,
and physical specification information for the Scalar 1000
library. The information is organized as follows:
•Performance Specifications on page 4-3
•Environmental Specifications on page 4-3
•Electrical Specifications on page 4-4
•Physical Specifications on page 4-5
•Foot Pad Positions on page 4-6
•Barcode Requirements on page 4-7
Performance Specifications
The Scalar 1000 has peak actions per hour of 350 exchanges
and peak time to mount media of 6 seconds.
4-
Table 4-1Performance Specifications
Avg Actions
per Hour
2903505 Seconds6 Seconds
Peak Actions
per Hour
Avg Time to
Mount Media
Environmental Specifications
Table 4-2 lists the key environmental information for the
Scalar 1000 library. Specifications do not include drives.
Table 4-2Environmental Specifications
TemperatureHumidityAltitude
Operating:
60° - 90° F (16° - 32° C)
Recommended:
70° - 75° F (21° - 24° C)
Non-condensing
Operating:
15 - 75%
Recommended:
45 - 65%
No Limit0.44 kwh
Max Time to
Mount Media
Maximum BTU/Heat
Dissipation
1502 BTU
22 June 2004
Overview4-3
Electrical Specifications
The electrical specifications for the Control Module (CM) and
Expansion Module (EM) are shown in Table 4-3.
Table 4-3Electrical Specifications
Module
CM/EM115 - 2301.6L5 - 20Plug is customer supplied
a. Connect an 18 gauge stranded copper wire from the CM to earth ground.
Table 4-4Typical Component Power Consumption (Worst Case)
Full-Height DriveRead/Write71.5244
Half-Height Drive
(Two in sled AIT)
SNC 5100Read/Write33113
Voltage
(Single Phase)
Component StatusWattsBTU
a
kVA
The typical power consumption for a full-height/half-height
drive and the SNC 5100 is shown in Table 4-4.
Idle53.0180
Read/Write53.8263
Idle24.6120
The EMs only need power if there are drive bays installed.
United States
Power Connector
International Power
Connector
4-4System Specifications
6-01150-01 Rev A
Physical Specifications
The physical specifications for the library modules are shown
in Table 4-5.
The floor must support point loads exerted by the leveling
pads of up to 86.42 lb./in
In addition to being dust-free, physically, chemica ll y, and
acoustically appropriate, the flooring must meet the
insulation resistance specifications. The insulation resistance
between the floor surface and earth ground must be 1x10
8
1x10
ohms to prevent system failure or electrical shock.
Sufficient resistance is achieved by using antistatic,
nonconducting floor tile with a resistance of 1x10
ohms. If necessary, provide an appropriate connection to the
metal portion of the ground plane.
The Scalar 1000 has four point loads on the CM and EM.
Table 4-5Physical Specifications
HeightWidthDepth
72 in.
1828.8 mm
29.6 in.
751.8 mm
47 in.
1193.8 mm
(SDLT/DLT/
LTO/AIT)
Maximum
Weight
Control Module
1052 lb.
477 Kg
2
.
5
to
6
to 1x109
Distributed
Load
85 lb./ft
414 Kg/m
Point Load
2
86.42 lb./in.
2
421.88 Kg/m
2
2
1524 mm
(3590)
72 in.
1828.8 mm
29.6 in.
751.8 mm
1193.8 mm
(SDLT/DLT/
LTO/AIT)
1524 mm
(3590)
22 June 2004
60 in.
Expansion Module
47 in.
817 lb.
371 Kg
60 in.
66.00 lb./ft
322.2 Kg/m
2
67.11 lb./in.
2
Physical Specifications4-5
327 Kg/m
2
2
Foot Pad Positions
The Scalar 1000 foot pad positions are shown in Figure 4-1.
The foot pad positions are the same for the CM and EM.
29.65 in. (753.2 mm)
2X 41.09 in.
(1043.8 mm)
2X 2.81 in. (71.3 mm)
2X 1.84 in.
(46.7 mm)
Figure 4-1Foot Pad Positions (Control Module and Expansion Module)
46.71 in.
(1186.4 mm)
4X 2.00 in.
(50.8 mm)
25.98 in.
(659.8 mm)
4-6System Specifications
6-01150-01 Rev A
Barcode Requirements
For customers who want to print barcode labels, the labels
must meet the ANSI MH10.8M-1983 standard and other
additional requirements. The following list outlines the ANSI
MH10.8M-1983 standard and additional requirements:
•ANSI MH10.8M-1983 Standard
•Number of digits:
•5 - 16 in extended mode
•6 (7 or 8 including media characters) in default
and mixed media modes
•Background reflection: at least 25 percent
•Print contrast: at least 75 percent
•Ratio: at least 2.2
•Module: 250 mm
•Print tolerance: ± 57 mm
•Additional requirements
•Length of the rest zones: 5.00 mm minimum
•No black marks can be present in the intermediate
spaces or rest zones
•No white areas may be present on th e bar s
•A nine digit bar code must not match the serial
numbers of any frames of the unit, otherwise it will be
ignored
•Each label should be applied in the upper right corner
of the tape cartridge recess (when oriented vertically)
This section solicits pertinent information about the delivery
site. Record all requested general information.
Packaging Dimensions
The Scalar 1000 module packaging sizes are as follows:
•Control Module (CM) packing size:
65 in. L (1651 mm) x 35 in. W (889 mm) x 78 in. H (1981
mm) and mounted on 150 lb. palettes.
•Expansion Module (EM) packing size:
65 in. L (1651 mm) x 35 in. W (889 mm) x 78 in. H (1981
mm) and mounted on 150 lb. palettes.
5-
22 June 2004
Overview5-3
General Information
Note
Place any
additional
information in
Additional
Comments on
page 5-9.
Customer Name:
Mailing Address:
Shipping Address:
Sales Contact:
5-4Site Preparation
Telephone:
ADIC Sales Rep:
ADIC Account Mgr:
Installation Contact:
Telephone:
Target Installation Date:
6-01150-01 Rev A
Target Operational Date:
Physical Environment
Place any additional information in Additional Comments on
page 5-9.
Room Dimension:
Ceiling Projection
Floor Type
Floor Load Capacity
Fire Protection
Access Conditions
Access to Scalar 1000 library room (elevator, stairs, door
widths, etc.):
22 June 2004
Physical Environment5-5
Dimensions and Location of Smallest Door or Opening:
Loading Dock Specifications (dock height, type of ramps,
weather protection, etc.):
5-6Site Preparation
6-01150-01 Rev A
Semitrailer Accessibility (Y or N): ________
Preferred/Required Local Carrier Company:
Where Can Trailer Be Left for Staging?
Availability of Material Handling Equipment:
Location for uncrating:
Preferred Time of Day for Unloading and Moving Materials:
22 June 2004
Physical Environment5-7
Off Hours/Weekends Accessibility for Installation Team:
Procedure for Obtaining Building Passes:
Procedure for Scheduling the Elevator, Loading Dock, etc.:
5-8Site Preparation
Waste Disposal Considerations:
Bargaining Unit Considerations:
6-01150-01 Rev A
Other Considerations:
Additional Comments
Record any additional information from other pages. For
reference purposes, note the page number with the
information. Add and number additional sheets as necessary.