Drive Module
Site Preparation Guide
DF1153-E1, First Edition
Federal Communications Commission (FCC) Radio
Frequency Interference Statement
This equipment has been tested and found to comply with the limits for a Class A digital
device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide
reasonable protection against harmful interference in a commercial installation. This
equipment generates, uses, and can radiate radio frequency energy and, if not installed and
used in accordance with the instructions, may cause harmful interference to radio
communications. Operation of this equipment in a residential area is likely to cause
harmful interference, in which case the user will be required to correct the interference at
his own expense.
LSI Logic Corporation is not responsible for any radio or television interference caused by
unauthorized modification of this equipment or the substitution or attachment of
connecting cables and equipment other than those specified by LSI Logic Corporation. It is
the user’s responsibility to correct interference caused by such unauthorized modification,
substitution, or attachment.
This Class A digital apparatus meets all requirements of the Canadian Interference-Causing
Equipment Regulations.
Cet appareil numérique de la classé A respecte toutes les exigences du Règlement sure le
matèriel brouilleur du Canada.
Drive Module Site Preparation Guide
i
Revision Record
Affected Pages/Remarks
Edition or Revision
Date
First Edition
March 2001
New Book
Part Number: DF1153-E1
ii
Drive Module Site Preparation Guide
Contents
About This Book .............................................................................................................................. 1
Intended Readers ....................................................................................................................... 1
Documentation Set .......................................................................................................................... 4
General Documentation ............................................................................................................ 4
Hardware Documentation ........................................................................................................ 4
Preparatory Tasks ............................................................................................................................ 5
Tools and Equipment You May Need ...................................................................................... 5
Area Requirements .......................................................................................................................... 6
Airflow ...................................................................................................................................... 16
Environmental Requirements ....................................................................................................... 17
Site Wiring and Voltages ......................................................................................................... 19
Power Connections ............................................................................................................ 21
FC-1 10x Drive Module and E2400 10x Command Module ................................................ 23
FC-1 14x Drive Module and E2400 14x Command Module ................................................ 25
Drive Module Site Preparation Guide
iii
List of Tables
1 Unique Terminology and Concepts .............................................................................................3
2 E3300 Drive Module Weight Table ..............................................................................................7
3 FC-1 10x Drive Module Weight Table .........................................................................................8
4 E2400 10x Command Module Weight Table ..............................................................................9
5 FC-1 14x Drive Module Weight Table .......................................................................................10
6 E2400 14x Command Module Weight Table ............................................................................11
7 Shipping Carton Dimensions .....................................................................................................15
9 Drive Module and E2400 Command Module Heat Dissipation ..............................................18
10 Drive Module and E2400 Command Module Site Wiring Voltages ......................................20
11 E3300 Power Requirements ......................................................................................................21
12 FC-1 10x and E2400 10x Power Requirements .......................................................................23
13 FC-1 14x and E2400 14x Power Requirements .......................................................................25
14 SCSI Drive Interface Cables ......................................................................................................27
15 Fibre Channel Host and Drive Interface Cables ......................................................................28
vi
Drive Module Site Preparation Guide
a
About This Book
This book provides technical specifications and information you will need to prepare a site
before installing the following hardware:
E3300 Drive Module containing up to ten drives and one low-voltage-differential- to-
single-ended environmental services monitor (LVD-SE ESM),
•
E3300 Drive Module containing up to ten drives and one LVD-LVD ESM
•
•
FC-1 10x Drive Module containing up to ten drives and one or two Fibre-Channel-to-
Fibre-Channel (FC-FC) ESMs
E2400 10x Command Module containing up to ten drives and one or two 2772
controllers
•
FC-1 14x Drive Module containing up to fourteen drives and one or two FC-FC ESMs
•
•
E2400 14x Command Module containing up to fourteen drives and one or two 2772
controllers
Intended Readers
This book is intended for end users, system operators, system administrators, and service
technicians who are responsible for preparing and installing hardware. Readers should
understand the following technologies:
Redundant array of independent disk (RAID)
•
Small computer systems interface (SCSI)
•
Fibre Channel
•
Drive Module Site Preparation Guide
1
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Content and Organization
Site preparation information covered in this book includes:
Area requirements – drive module and E2400 command module weight, dimensions,
and airflow to help you determine installation, service, and operating floor space
requirements
•
Environmental requirements – temperature, humidity, and altitude ranges to help you
determine heating and air conditioning requirements
•
Power requirements – drive module E2400 command module voltages and power
requirements to help you prepare the site wiring
•
Interface requirements – interface cable types and lengths to help you determine which
cables to order
•
Terminology Used in This Book
The following table contains a list of terminology and definitions that are unique to the
products supported in this documentations set. For additional information on
terminology and concepts, see Understanding SANtricity™ Storage Manager Concepts
Guide for Version 7.10.
2
Drive Module Site Preparation Guide
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . About This Book
Table 1 Unique Terminology and Concepts
Term
canister
Definition
Usage Examples
Portable, removable container for components. Also
controller canister
known as CRU.
Compact unit that contains one or two controllers,
power supplies, and fans. Note: The E2400 command
module also contains disk drives. Also known as
controller module or controller tray.
command
module
command module
drive module
Compact unit that contains disk drives, power supplies,
one or two ESMs, and fans. Also known as drive tray or
expansion drive module.
drive module
ESM
Environmental Services Monitor. Interface board that
provides interface connections between the drive
modules and the SCSI bus, and environmental
information about the drive module to the host. Also
known as ESM CRU, ECC, or environmental card.
ESM canister
Gigabit interface converter. A device used in Fibre
Channel networks to convert copper fibre signals to
fiber optic and vice versa.
copper GBIC minihub
copper GBIC module
optical GBIC minihub
optical GBIC module
GBIC
light
Lights that glow or blink to indicate either a normal
operating status or hardware error. Also known as LEDs. Power light
indicator light
Fault light
Drive Module Site Preparation Guide
3
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Documentation Set
The Drive Module Site Preparation Guide is part of a documentation set that provides
planning, installation, operation, and servicing information for SANtricity™ Storage
Manager software, command modules (E3300, E4400), drive modules (E3300, FC-1 10x,
FC-1 14x) and command modules (E2400 10x, E2400 14x). The documentation set
includes:
General Documentation
Roadmap.pdf file contains descriptions of and hyperlinks to the Adobe® Portable
Document Format (PDF) files that are stored on the software compact disk (CD). PDFs
are electronic versions of this document set.
•
Product Release Notes for SANtricity™ Storage Manager contains important information
about the CD contents, known restrictions and workarounds, and last minute updates
to the product documentation. This guide is shipped in printed form only.
•
Hardware Documentation
Command Module Site Preparation Guide contains site requirements and other
technical information for preparing the building for a command module installation.
•
Command Module and Drive Module Installation Guide contains step-by-step
•
instructions for installing deskside and rackmount command modules, drive modules,
and E2400 command modules, including switch setting information and cabling
routing examples.
Command Module User Guide contains model specifications and step-by-step
instructions for operating, upgrading, maintaining, and servicing the command
module and its components.
•
Drive Module User Guide contains model specifications and step-by-step instructions
for operating, upgrading, maintaining, and servicing the drive module, E2400
command modules, and their components.
•
Software Documentation
Storage System Planning Guide contains technical information and planning worksheets
to help you prepare for software installation.
•
SANtricity™ Storage Manager Installation Guide for Version 7.10 contains step-by-step
instructions for installing and upgrading the storage management software.
•
Understanding SANtricity™ Storage Manager Concepts Guide for Version 7.10 contains
explanations of the storage management software terminology, concepts and features.
•
4
Drive Module Site Preparation Guide
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Preparatory Tasks
Preparatory Tasks
Before starting the installation process, you should complete the following tasks:
Make sure that the installation site meets all area, environmental, and power
requirements discussed in this book.
•
Order all necessary equipment and kits, including:
•
Hosts and host adapters
•
Interface cables
•
Mounting hardware and blank panel kits (for rackmount installations only)
•
Install all applicable hosts, host adapters, and command modules.
•
•
If you are preparing a rackmount installation, move the rackmount cabinet to its final
location and install all optional equipment (support rails, panels, command modules,
etc.). Route all power and auxiliary cables in the cabinet.
Attach the interface cables to the appropriate command modules and route them to the
area in which you intend to install the drive modules.
•
Tools and Equipment You May Need
To complete the installation procedure, you need the following items:
Two power cords (shipped with unit)
•
Screwdrivers and wrenches (various sizes)
•
Antistatic protection (such as a grounded wrist strap)
•
Interface cables, terminators, and tie wraps
•
Mounting hardware (for rackmount installations only)
•
Table or cart (optional)
•
Storage management software (to configure the disk array)
•
Drive Module Site Preparation Guide
5
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Area Requirements
The floor space at the installation site must provide:
Enough stability to support the weight of the drive module or E2400 command
•
Sufficient space to install, operate, and service the drive module or E2400 command
•
Weights
The drive module’s or E2400 command module’s total weight depends on the number of
components installed in the chassis. Refer to the following weight tables for information
on each model:
•
•
•
•
•
6
Drive Module Site Preparation Guide
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Table 2 E3300 Drive Module Weight Table
Maximum1 Unit
Weight
Empty2 Unit
Weight
Shipping3
Weight
Unit
Drive Module, deskside,
Low Profile (LP) 18 GB or 36 GB drives
46.4 kg (102.1 lb)
25.95 kg (57.04 lb) 59.0 kg (130.1 lb)
Drive Module, deskside,
Half Height (HH) 36 GB or 73 GB drives
49.66 kg (109.5 lb) 25.91 kg (57.04 lb) 62.4 kg (137.5 lb)
Drive Module, rackmount,
LP 18 GB and 36 GB drives
34.6 kg (76.2 lb)
37.9 kg (83.6 lb)
10.18 kg (23.74 lb) 47.3 kg (104.3 lb)
14.15 kg (31.14 lb) 50.7 kg (111.7 lb)
Drive Module, rackmount,
HH 36 GB or 73 GB drives
LP Drive, 18 GB or 36 GB
HH Drive, 36 GB or 73 GB
ESM
1.06 kg (2.34 lb)
1.4 kg (3.08 lb)
2.77 kg (6.1 lb)
2.3 kg (5.0 lb)
1.0 kg (2.3 lb)
Not Applicable
Power Supply
Fan
1
Maximum weight equals a drive module with all canisters installed (fully loaded).
Empty weight equals a drive module chassis with all canisters removed.
2
3
Shipping weight equals the maximum weight of the drive module, plus all shipping materials.
Drive Module Site Preparation Guide
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Table 3 FC-1 10x Drive Module Weight Table
Maximum Unit
Empty Unit
Shipping
Unit
1
2
3
Weight
Weight
Weight
Drive Module, deskside,
LP 18 GB or 36 GB drives
44.5 kg (98.0 lb)
47.8 kg (105.0 lb)
38.3 kg (84.4 lb)
41.7 kg (92.0 lb)
23.6 kg (52.0 lb)
23.6 kg (52.0 lb)
12.7 kg (28.0 lb)
12.7 kg (28.0 lb)
59.0 kg (130.0 lb)
62.4 kg (137.0 lb)
43.5 kg (96.0 lb)
47.0 kg (103.6 lb)
Drive Module, deskside,
HH 36 GB or 73 GB drives
Drive Module, rackmount,
LP 18 GB and 36 GB drives
Drive Module, rackmount,
HH 36 GB or 73 GB drives
LP Drive, 18 GB or 36 GB
HH Drive, 36 GB or 73 GB
ESM
1.06 kg (2.34 lb)
1.4 kg (3.08 lb)
1.7 kg (3.8 lb)
2.3 kg (5.0 lb)
1.0 kg (2.3 lb)
Power Supply
Fan
1
Maximum weight equals a drive module with all canisters installed (fully loaded).
Empty weight equals a drive module chassis with all canisters removed.
2
3
Shipping weight equals the maximum weight of the drive module, plus all shipping material.
8
Drive Module Site Preparation Guide
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Table 4 E2400 10x Command Module Weight Table
Maximum Unit
Empty Unit
Shipping
Unit
1
2
3
Weight
Weight
Weight
Command Module, deskside,
LP 18 GB or 36 GB drives
45.0 kg (99.2 lb)
48.6 kg (107.2 lb)
38.9 kg (86.4 lb)
42.3 kg (94.0 lb)
23.6 kg (52.0 lb)
23.6 kg (52.0 lb)
17.8 kg(39.2 lb)
17.8 kg (39.2 lb)
59.0 kg(130.1 lb)
62.6 kg (138.1 lb)
44.1 kg (98.0 lb)
47.5 kg (105.6 lb)
Command Module, deskside,
HH 36 GB or 73 GB drives
Command Module, rackmount,
LP 18 GB and 36 GB drives
Command Module, rackmount,
HH 36 GB or 73 GB drives
LP Drive, 18 GB or 36 GB
HH Drive, 36 GB or 73 GB
Controller
1.06 kg (2.34 lb)
1.4 kg (3.08 lb)
2.2 kg (4.8 lb)
2.3 kg (5.0 lb)
1.0 kg (2.3 lb)
Power Supply
Fan
1
Maximum weight equals a command module with all canisters installed (fully loaded).
Empty weight equals a command module chassis with all canisters removed.
2
3
Shipping weight equals the maximum weight of the command module, plus all shipping materials.
Drive Module Site Preparation Guide
9
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Table 5 FC-1 14x Drive Module Weight Table
Maximum Unit
Drive-Ready
Shipping
Unit
1
2
3
Weight
Unit Weight
Weight
Drive Module, rackmount,
LP 18 GB and 36 GB drives
40.02 kg (87.12 lb)
46.94 kg (103.92 lb)
37.44 kg (83.2 lb)
30.5 kg (66.4 lb)
LP Drive, 18 GB or 36 GB
LP Drive, Blank Canisters
ESM
1.0 kg (2.2 lb)
0.32 kg (0.72 lb)
1.67 kg (3.7 lb)
2.49 kg (5.5 lb)
1.0 kg (2.2 lb)
Power Supply
Fan
1
Maximum weight equals a drive module with all canisters installed (fully loaded).
2
Drive-ready weight equals a drive module chassis with blank (empty) drive canisters and all
remaining canisters installed.
3
Shipping weight equals the maximum or drive-ready weight of the drive module, plus all shipping
material.
10
Drive Module Site Preparation Guide
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Table 6 E2400 14x Command Module Weight Table
Maximum Unit
Empty Unit
Shipping
Unit
1
2
3
Weight
Weight
Weight
Command Module, deskside,
LP 18 GB or 36 GB drives
45.0 kg (99.2 lb)
40.95 kg (90.5 lb)
23.6 kg (52.0 lb)
59.0 kg(130.1 lb)
Command Module, rackmount,
LP 18 GB and 36 GB drives
15.11 kg (33.54 lb)
47.25 kg (105.0 lb)
LP Drive, 18 GB or 36 GB
Controller
1.06 kg (2.34 lb)
2.2 kg (4.8 lb)
2.3 kg (5.0 lb)
1.0 kg (2.3 lb)
Power Supply
Fan
1
Maximum weight equals a command module with all canisters installed (fully loaded).
Empty weight equals a command module chassis with all canisters removed.
2
3
Shipping weight equals the maximum weight of the command module, plus all shipping materials.
Drive Module Site Preparation Guide
11
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Dimensions
Refer to one of the following figures for dimensional measurements of each model of the
drive module, E2400 command module, and shipping cartons:
•
•
•
•
•
•
12
Drive Module Site Preparation Guide
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16.61 cm (6.54 in.)
52.68 cm (20.74 in.)
67.49 cm (26.57 in.)
44.7 cm (17.6 in.)
57.5 cm (22.63 in.)
12.9 cm (5.08 in.)
13.18 cm (5.2 in.)
55.91 cm (22.005 in.)
48.0 cm (18.9 in.)
Note: Front panel thickness is 1.59 cm (0.625 in.)
Figure 1 E3300 Drive Module Dimensions
Drive Module Site Preparation Guide
13
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16.6 cm (6.5 in.)
52.7 cm (20.7 in.)
56.0 cm (22.0 in.)
44.7 cm (17.6 in.)
12.9 cm (5.08 in.)
13.18 cm (5.2 in.)
55.91 cm (22.005 in.)
48.0 cm (18.9 in.)
1.59 cm (0.625 in.)
Figure 2 FC-1 10x Drive Module and E2400 10x Command Module Dimensions
14
Drive Module Site Preparation Guide
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17.60 cm (44.70 in.)
59.74 cm (23.52 in.)
12.9 cm
(5.08 in.)
13.23 cm
(5.21 in.)
56.13 cm (22.1 in.)
18.97 cm (48.18 in.)
3.63 cm (1.43 in.)
Figure 3 FC-1 14x Drive Module and E2400 14x Command Module Dimensions
Table 7 Shipping Carton Dimensions
Unit
Carton Height
38.1 cm (15.0 in.)
38.1 cm (15.0 in.)
38.1 cm (15.0 in.)
44.45 cm (17.5 in.)
44.45 cm (17.5 in.)
Carton Width
61.4 (24.0 in.)
61.4 (24.0 in.)
61.4 (24.0 in.)
62.23 (24.5 in.)
62.23 (24.5 in.)
Carton Depth
83.2 cm (32.7 in.)
83.2 cm (32.7 in.)
83.2 cm (32.7 in.)
74.93 cm (29.5 in.)
74.93 cm (29.5 in.)
E3300 Deskside and Rackmount
FC-1 10x Deskside and Rackmount
E2400 10x Deskside and Rackmount
FC-1 14x Rackmount
E2400 14x Rackmount
Drive Module Site Preparation Guide
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Airflow
Figure 4 shows the airflow direction through a drive module or E2400 command module.
Allow at least 2 feet of clearance in front of and behind the drive module for proper
ventilation.
Deskside
Back
Front
Rackmount
Figure 4 Drive Module or E2400 Command Module Airflow
16
Drive Module Site Preparation Guide
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Environmental Requirements
Table 8 Drive Module and E2400 Command Module Environmental Requirements
E3300 and FC-1 10x
Requirement
FC-1 14x and E2400 14x
Requirement
Element
Unit of Measure
22º C (72º F)
22º C (72º F)
Optimum
10º C to 40º C (50º F to 104º F) 10º C to 40º C (50º F to 104º F)
-10º C to 50º C (14º F to 120º F) -10º C to 50º C (14º F to 120º F)
Operating Range
Storage Range
Temperature
-40º C to 60º
(-40º F to 140º F)
-40º C to 60º C
(-40º F to 140º F)
Transit Range
10º C (18º F) per hour
15º C (27º F) per hour
10º C (18º F) per hour
15º C (27º F) per hour
Operating Range
Storage Range
Temperature
Change
(Max. Allowed)
20º C (36º F) per hour
20% to 80%
20º C (36º F) per hour
20% to 80%
Transit Range
Operating Range
Storage Range
Transit Range
Max. Dew Point
Max. Gradient
Sound Power
10% to 90%
10% to 90%
Relative Humidity
(No Condensation)
5% to 95%
5% to 95%
26º C (79º F)
10% per hour
6.0 bels
26º C (79º F)
10% per hour
6.0 bels
Sound
Sound Pressure
60 dBA
60 dBA
30.5 m (100 ft.) below sea level
3000 m (9840 ft.) above sea level
Operating Range
Storage Range
Transit Range
30.5 m (100 ft.) below sea level
3000 m (9840 ft.) above sea level
Altitude1
30.5 m (100 ft.) below sea level
12,000 m (40,000 ft.) above sea level
1
If you plan to operate the drive module or E2400 command module at altitudes between 1000 m (3280 ft.)
and 3000 m (9850 ft.), lower the environmental temperature 1.7º C (3.3º F) for every 1000 m (3280 ft.)
above sea level.
Drive Module Site Preparation Guide
17
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Table 9 Drive Module and E2400 Command Module Heat Dissipation
Heat Dissipation
LP 18 GB and 36 GB Drives
Heat Dissipation
HH 36 GB and 73 GB Drives
Unit
E3300
673.0 Btu/hr (0.199 kVA or 197.0 W)
1036.0 Btu/hr (0.31 kVA or 303.0 W)
1187.0 Btu/hr (0.35 kVA or 347.0 W)
826.0 Btu/hr (0.244 kVA or 241.0 W)
1070.0 Btu/hr (0.33 kVA or 313.0 W)
1221.0 Btu/hr (0.37 kVA or 357.0 W)
FC-1 10x
E2400 10x
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Drive Module Site Preparation Guide
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Site Wiring Requirements
Review the following information when preparing the drive module or E2400 command
module installation site.
Earth ground – The unit must be properly grounded, including an earth ground
conductor on the AC power source.
•
Circuit overloading – Make sure the power circuits and associated circuit breakers in
•
the cabinet and building provide sufficient power and overload protection. To prevent
possible damage to the unit, isolate its power source from large switching loads (such as
air conditioning motors).
Power interruptions – The drive module or E2400 command module will withstand
the following applied voltage interruptions:
•
Input transient: 50% of nominal voltage
•
Duration: one half cycle
•
Minimum frequency: once every 10 seconds
•
Power failures – Once power is restored after a complete power failure, the unit
•
automatically performs a power-up recovery sequence without operator intervention.
Site Wiring and Voltages
The drive modules and E2400 command module use wide-ranging, redundant power
supplies that automatically match voltages to the AC power source. They are a 120/220
VAC, 50/60 Hz units that meet standard voltage requirements for both domestic (USA)
and international (outside USA) operation. They use standard industrial wiring with a
Drive Module Site Preparation Guide
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Table 10 Drive Module and E2400 Command Module Site Wiring Voltages
50 Hz
60 HZ
Input Power
Nominal Minimum Maximum Nominal Minimum
Maximum
107
100
127
220
230
240
200
90
107
136
235
246
264
214
100
120
90
114
198
207
216
180
104
127
Single-Phase
Line-to-Neutral
200
208
240
180
180
208
214
220
264
Single-Phase,
Line-to-Line
20
Drive Module Site Preparation Guide
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Drive Module Power Requirements
E3300 Drive Module
The AC power source must provide the correct voltage, current, and frequency specified
on the manufacturer’s nameplate. Internal AC power units for rackmount cabinets must
Table 11 E3300 Power Requirements
Item
Unit of Measure
Requirement
Circuit Breaker
3.0 A (slow-blow fuse per power supply)
USA
International
198 to 257 VAC
50/60 Hz
1.3 A1
Nominal Voltage
Frequency
90 to 136 VAC
50/60 Hz
2.9 A1
Drive Module AC
Power
Idle Current
Maximum Operating Current
Maximum Surge Current
3.2 A1
1.5 A1
4.5 A1
2.1 A1
Power Connections
The drive module uses two AC power cords (one for each power supply). In order to meet
power requirements and maintain power redundancy, you must connect the drive module
to either 90-136 VAC or 198-257 VAC, 15 A circuits as described below.
Redundant power, 90-136 V – Connect as follows:
•
If three or less drive modules are connected to a command module, use two 90-136
•
V, 15 A circuits. Connect one power supply from each drive module to one circuit
and the other power supplies to the second circuit.
If more than three drive modules are connected to a command module, use four
•
90-136 V, 15 A circuits. Connect one half of the drive modules to two circuits and
the remaining drive modules to the other two circuits. Make sure that each drive
module connects to two different circuits (one per power supply).
Redundant power, 198-257 V – Use two 198 V-257 V, 15 A circuits. Connect one power
supply from each drive module to one circuit and the other power supply to the second
circuit.
•
Drive Module Site Preparation Guide
21
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Power Cord Routing
Some rackmount cabinets have two AC distribution boxes. Each AC distribution box has
its own power cord. Because of limited space inside the cabinet, it may be easier to connect
and route power cords before installing the support rails and command module. You may
connect power to a command module in a rackmount cabinet in three ways:
Redundant power to cabinet and drive module – Connect the AC boxes in the cabinet
to two, independent, external power sources. Connect one power cord from each drive
module to each AC box in the cabinet.
•
Redundant power to cabinet; non-redundant to drive module – Connect the AC boxes
in the cabinet to two, independent, external power sources. Connect both power cords
from the drive module to one AC box in the rackmount cabinet.
•
Non-redundant power to cabinet and drive module – Connect both AC boxes in the
cabinet to a single power source. Connect both power cords from the drive module to
one or both AC boxes in the rackmount cabinet.
•
22
Drive Module Site Preparation Guide
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Drive Module Power Requirements
FC-1 10x Drive Module and E2400 10x Command Module
The AC power source must provide the correct voltage, current, and frequency specified
on the manufacturer’s nameplate. Internal AC power units for rackmount cabinets must
Table 12 FC-1 10x and E2400 10x Power Requirements
Item
Unit of Measure
Requirement
Circuit Breaker
3.0 A (slow-blow fuse per power supply)
USA
International
198 to 264 VAC
50/60 Hz
Nominal Voltage
90 to 136 VAC
50/60 Hz
3.39 A
Frequency
Drive Module and
Command Module
AC Power
Idle Current
1.45 A
Maximum Operating Current
3.53 A
1.50 A
Maximum Surge Current (10-
drive spin up)
5.19 A
2.10 A
Drive Module Site Preparation Guide
23
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Power Cord Routing
The drive module and command module use two AC power cords (one for each power
supply). You must have an independent AC power source for each power supply in the
drive module and command module in order to maintain redundancy. This applies to
both deskside and rackmount models.
Some rackmount cabinets have two AC distribution boxes. Each AC distribution box has
its own power cord. To ensure redundancy, connect the AC boxes in the cabinet to two
independent power sources. Then, connect one power cord from each drive module or
the cabinet, it may be easier to connect and route power cords before installing the support
rails and drive module (or command module).
Drive Module
Power Supplies
Command
Module Power
AC Distribution
Boxes
Figure 5 Redundant AC Power Connections to Rackmount Controller and Drive Modules
24
Drive Module Site Preparation Guide
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Drive Module Power Requirements
FC-1 14x Drive Module and E2400 14x Command Module
The AC power source must provide the correct voltage, current, and frequency specified
on the manufacturer’s nameplate. Internal AC power units for rackmount cabinets must
Table 13 FC-1 14x and E2400 14x Power Requirements
Item
Unit of Measure
Requirement
Circuit Breaker
3.0 A (slow-blow fuse per power supply)
USA
International
198 to 264 VAC
50/60 Hz
Drive Module and
Command Module
AC Power
Nominal Voltage
Frequency
90 to 136 VAC
50/60 Hz
Drive Module Site Preparation Guide
25
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Power Cord Routing
The drive module and command module use two AC power cords (one for each power
supply). You must have an independent AC power source for each power supply in the
drive module and command module in order to maintain redundancy. This applies to
both deskside and rackmount models.
Some rackmount cabinets have two AC distribution boxes. Each AC distribution box has
its own power cord. To ensure redundancy, connect the AC boxes in the cabinet to two
independent power sources. Then, connect one power cord from each drive module or
the cabinet, it may be easier to connect and route power cords before installing the support
rails and drive module (or command module).
Drive Module
Power Supplies
Command
Module Power
AC Distribution
Boxes
Figure 6 Redundant AC Power Connections to Rackmount Controller and Drive Modules
26
Drive Module Site Preparation Guide
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .Drive Module Cable Requirements
Drive Module Cable Requirements
E3300 Interface Cables
The E3300 drive module has two SCSI connectors. To connect the drive module to a
SYM1000E command module, you must use 68-pin, VHDCI (very high density cable
interface) LVD, Ultra SCSI-2 cables.
The maximum length for any SCSI, 68-pin HD cable is 25 m (82 ft.) or 12 m (39 ft.) for
VHDCI cable. The total length includes both internal and external cabling. The SCSI
lists the SCSI cables that you can use on this drive module.
Table 14 SCSI Drive Interface Cables
Order Information
Cable Description
Part
Length
Number
1.0 meter
1.5 meter
3.0 meter
8 meter
006-1086595
006-1086596
006-1086597
006-1086598
LVD, Ultra SCSI-2 cable with 68-pin, VHDCI connector
SCSI Terminators
If you are installing the drive module as the last device on a SCSI bus, you must install a 16-
bit terminator on the OUT connector. Every drive module shipped from the factory
includes 16-bit terminators.
Drive Module Site Preparation Guide
27
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FC-1 10x, E2400 10x, FC-1 14x, and E2400 14x Interface
Cables
The drive modules and command modules support Fibre Channel connections to the
command modules. They have four gigabit interface converter (GBIC) connectors, two on
each ESM or controller. The connectors may be fiber optic or copper. The type of
connector depends on what type of drive interface you ordered and what type of cable you
are using to attach the drive module or command module to the command module.
If you ordered optical GBIC connectors, you will need fiber optic cable. If you ordered
lengths of cable available from your local dealer.
Table 15 Fibre Channel Host and Drive Interface Cables
Descriptions
Data Size
Order Information
Part
Transfer
Speed
Cable
Range
Length
Number
006-1086672
006-1086416
006-1086673
006-1086417
006-1086682
006-1086672
006-1086483
006-1086473
2 meter
3 meter
5 meter
10 meter
2 meter
3 meter
5 meter
10 meter
Fiber optic, multi-mode,
50 micrometer, shortwave
laser
Up to 0.5
kilometer
100 MB/sec
100 MB/sec
1062.5 Mbaud
1062.5 Mbaud
Copper wire, shielded,
twisted pair, electrical
signal
Up to 30
meters
28
Drive Module Site Preparation Guide
Index
host interface
A
E3300 27
E4400 28
AC power cords
E3300 21
length
SCSI 27
controller
copper wire cable
E4400 24
AC power requirements
E3300 21
E4400 23
airflow 16
amperage requirements
E3300 21
D
E4400 23
data transfer rates
dimensions
E3300 13
B
C
E4400 14
cable
domestic voltages
E3300 19
drive interface
E3300 27
E4400 28
E4400 19
Drive Module Site Preparation Guide
Index-1
drive
weight
E2400 10x
airflow 16
dimension 14
E3300 7
E4400 8
drive interface cables
weight 9
E4400 28
E2400 14x
drive module
airflow 16
dimension 15
weight 11
installation 5
E3300
E
electrical
airflow 16
dimension 13
weight 7
power requirements
E3300 21
E4400 23
E4400
airflow 16
dimension 14
site wiring
E3300 19
weight 8
E4400 19
environmental card
E3300 7
E4400 8
Index-2
Drive Module Site Preparation Guide
installation
interface cables
drive
F
fan
E3300 7
E4400 8
E3300 27
E4400 28
FC-1 14x
airflow 16
host
dimension 15
weight 10
E3300 27
E4400 28
international voltages
E3300 19
fiber optic cable
E4400 19
L
length
G
M
H
multi-mode 28
host interface cables
E3300 27
N
noise level
E3300 17
E4400 17
E4400 28
I
idle current
E3300 21
E4400 23
O
operating current
E3300 21
E4400 23
Drive Module Site Preparation Guide
Index-3
P
S
power
connections
SCSI cables
E3300 21
sound 17
interruptions 19
redundancy
specifications
airflow 16
E2400 10x
E4400 24
dimension 14
voltages 23
E2400 14x
power cord
dimension 15
voltage 25
E3300 22
E3300
E4400 24
dimensions 13
voltages 21
power supply
E4400
dimension 14
E3300 7
E4400 8
voltages 23
FC-1 14x
dimension 15
voltages 25
surge current
R
E3300 21
E4400 23
rackmount
routing power cords
E3300 22
T
E4400 24
redundant power
E4400 24
terminator
U
Index-4
Drive Module Site Preparation Guide
Index-6
Drive Module Site Preparation Guide
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