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1
This document explains how to install CX3-series hardware in cabinets
that conform to the National Electrical Manufacturer’s Association
(NEMA) standards for 19-inch cabinets (in which the left and right
mounting channels are 19 inches apart). It covers mounting hardware
for SPS, SPE3, and DAE3P components, and describes how to cable the
system to AC power and set up the back-end (disk I/O) bus. In most
cases, the illustrations and examples refer to standard cabinets that are
40U tall.
Topics are:
◆ Device placement requirements......................................................... 1
◆ Device height requirements................................................................ 5
◆ Power requirements............................................................................. 4
◆ Installing a 1U storage processor enclosure (SPE3) in a cabinet.... 8
◆ Installing a 1U SPS tray and SPS units in a cabinet....................... 13
◆ Installing a 3U disk enclosure (DAE3P) in a cabinet..................... 20
◆ Setting up an installed storage system............................................ 28
Note: Instructions for adding switches to a storage system are included in the
device-specific documentation that accompanies the switch.
Device placement requirements
This document provides the steps required to install rails and enclosures
in both EMC and non-EMC cabinets. Unless otherwise specified, the
illustrations depict the 40U-C cabinet.
EMC
Rails and Enclosures
(CX3-10 Class and CX3-20 Class Storage Systems)
Field Installation Guide
P/N 300-004-546
REV A03
July 20, 2007
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EMC Rails and Enclosures (CX3-10 Class and CX3-20 Class Storage Systems) Field Installation Guide
Device placement requirements
Figure 1 Typical cabinet front and rear views
Before attaching the mounting rails or trays in any cabinet, you must
decide where to put them. Where you install the devices depends on
the kinds of devices you will install and the height of each device.
Position in the cabinet
Devices with internal cooling fans or blowers that move air from
front to back (or vice versa) and not from beneath or above have no
special cooling requirements that direct placement in the cabinet. All
of the storage systems and enclosures mentioned in this document
have fans or blowers that move air from front to back.
EMC220
3
Front Rear
Page 3
EMC Rails and Enclosures (CX3-10 Class and CX3-20 Class Storage Systems) Field Installation Guide
3
Device placement requirements
In most cases, you should install devices starting at the bottom of the
cabinet. Installing bottom to top offers the advantages of stability and
convenient cable access from beneath.
We recommend the device placement configuration shown (from the
rear) in Figure 2.
Figure 2 Sample device placements with an SPE3
Note: Place the disk enclosure (DAE3P) that contains specially marked "array
software" disks 0-4 as close as possible to the CX3-series storage processor
enclosure (SPE3). In most cases, install that first enclosure (sometimes called
the DAE3P-OS, or vault) directly above the standby power supply (SPS).
Stack additional DAE3Ps directly above the DAE3P-OS.
EMC3477
!!
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A
B
SPE3
1U SPS
DAE3P-OS
Page 4
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EMC Rails and Enclosures (CX3-10 Class and CX3-20 Class Storage Systems) Field Installation Guide
Power requirements
Review your plan to make sure all devices will fit in the cabinet. It is
also important to verify cabling lengths before installing any
enclosure.
Power requirements
Power distribution must support the number of outlets required for
the device and the device power rating.
Use the published technical specifications and device rating labels to
determine the current draw of each device in your cabinet and
calculate the total. Use the following values to calculate current draw
for CX3-series storage-system components.
Note: These are maximum ratings for a class family, to guide the
sizing of power distribution components at the rack level. Since
model
configurations and drive types vary, they
may not be appropriate to
estimate typical power consumption.
Note: For high availability, the left and right sides of any rack or cabinet must
receive power from separate branch feed circuits.
CX3-10//20
1000 W SPS
SPE3
(CX3-10)
SPE3
(CX3-20)
DAE3P
disk enclosure
0.2 A@ 100 V AC
0.1 A @ 200 V AC
2.4 A @ 100 V AC
1.5 A @ 200 V AC
3.3 A @ 100 V AC
1.9 A @ 200 V AC
4.4 A @ 100 V AC
2.2 A @ 200 V AC
Page 5
EMC Rails and Enclosures (CX3-10 Class and CX3-20 Class Storage Systems) Field Installation Guide
5
SPE3, DAE3P, and SPS operating limits
SPE3, DAE3P, and SPS operating limits
The ambient temperature specification is measured at the front bezel
inlet. The site must have air conditioning of the correct size and
placement to maintain the specified ambient temperature range and
offset the heat dissipation listed below.
IMPORTANT: For systems mounted in a cabinet, the operating limits listed
above must not be exceeded inside the closed cabinet. Equipment mounted
directly above or below an SPE3 storage system must not restrict the
front-to-rear airflow of the storage system. The cooling airflow through the
storage system is approximately 64 cubic feet per minute (cfm). Cabinet
doors must not impede the front-to-rear airflow. The cabinet must exhaust air
at a rate that is equal to or greater than the sum of the exhaust rates of all the
equipment mounted in the cabinet. For example, in a cabinet containing one
SPE3 (64 cfm) and six DAE3Ps (55 cfm), the cabinet must exhaust at least
64+6x55 cfm, which equals 394 cfm.
Device height requirements
Device height requirements and cabinet mounting measurements are
based on NEMA units (U’s). See Tabl e 1.
Requirement Description
Ambient temperature 10°C to 40°C (50°F to 104°F)
Temperature gradient 10°C/hr (18°F/hr)
Relative humidity 20% to 80% noncondensing
Elevation 2438 m (8,000 ft) at 40°C
3077 m (10,000 ft) at 37°C
Table 1 NEMA unit heights
Number of U’s Actual height
1U 1-3/4 inches
2U 3-1/2 inches
3U 5-1/4 inches
4U 7 inches
Page 6
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EMC Rails and Enclosures (CX3-10 Class and CX3-20 Class Storage Systems) Field Installation Guide
Device height requirements
The predrilled holes in the cabinet channels are based on the U
measurement. The holes are predrilled at distances of 1/2 inch, 5/8
inch, 5/8 inch (totaling one U), then 1/2 inch, 5/8 inch, 5/8 inch
(another U), and so on. On EMC 40U and 40U-C cabinets, the 1U
increments are marked by a horizontal line or small hole in the
channel. See Figure 3 on page 7 on the next page.
Tab le 2 lists the vertical space requirements of typical rackmounted
devices.
Table 2 Height requirements of typical devices
Height
Number of
cabinet channel holes Typical device example
1U, 1-3/4 in, 45 mm 3 CX3-10, CX3-20 and
CX3-40 SPS, CX3- series
SPE3, some switches
2U, 3-1/2 in,90 mm 6 CX3-80 SPS,
some switches
3U, 5-1/4 in, 133 mm 9 EMC DAE2P, DAE3P
4U, 7 in, 178 mm 12 CX3-series SPE2
Page 7
EMC Rails and Enclosures (CX3-10 Class and CX3-20 Class Storage Systems) Field Installation Guide
7
Device height requirements
Figure 3 U increments in a cabinet front channel
EMC2205
1
2
3
4
5
6
7
8
1U (1.75-in.)
Increment
Page 8
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EMC Rails and Enclosures (CX3-10 Class and CX3-20 Class Storage Systems) Field Installation Guide
Installing a 1U storage processor enclosure (SPE3) in a cabinet
Installing a 1U storage processor enclosure (SPE3) in a cabinet
Follow the steps below to install a 1U SPE3 device in a standard 19"
NEMA cabinet.
Enclosure mounting kit
Before you start, be sure you have all the materials listed in Tab le 3 .
Tools are not part of your purchased enclosure assembly.
Installing the adjustable rails
1. Locate and unpack the rail kit that accompanied your enclosure.
The front edge of each rail is stamped L or R for left and right
sides, when they face the cabinet front.
Table 3 Enclosure mounting kit materials
Component Use
2 adjustable rails (20.5-34 inches) Attach front to back on either side
between NEMA channels in a standard
19" cabinet
Ten (10) Phillips M5 12.7 mm screws Attach the rail mounting hardware in a
40U cabinet
2 latch brackets
Secure 1U bezel in 40U cabinets
1U bezel (front rack panel) with keys EMI shielding
EMC3429
(L)
(R)
Page 9
EMC Rails and Enclosures (CX3-10 Class and CX3-20 Class Storage Systems) Field Installation Guide
9
Installing a 1U storage processor enclosure (SPE3) in a cabinet
2. From the front of the cabinet, insert the alignment pin on the right
mounting rail assembly into the middle hole of the selected 1U
space on a rear channel. Figure 4 shows the correct channel holes
for the alignment pins.
Figure 4 Aligning pins in a 1U section on the cabinet rear rails
1U
Alignment Pin
Here
EMC29
2
Page 10
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EMC Rails and Enclosures (CX3-10 Class and CX3-20 Class Storage Systems) Field Installation Guide
Installing a 1U storage processor enclosure (SPE3) in a cabinet
Refer to Figure 5 as you perform steps 3 through 6.
3. Pull the adjustable rail forward to the inner side of the front
channel (the surface facing the rear of the cabinet), and align the
three holes on the rail with those in the channel.
4. Secure the rail to the front channel using one of the provided
screws at the top hole of the rail. Leave the screw slightly loose to
allow for adjustment after you install the enclosure.
5. Repeat steps 2 through 4 on the left side, with the left rail.
6. From the rear of the cabinet, use two of the provided screws to
secure each rail to the rear channel. Tighten the screws.
Figure 5 Installing the adjustable mounting rails
EMC3430
Right rear
Screw (2)
Mounting rail
Alignment pin
Left front
Screw (1)
Mounting rail
Alignment pin
Alignment pin
Adjustable rail
Front
Page 11
EMC Rails and Enclosures (CX3-10 Class and CX3-20 Class Storage Systems) Field Installation Guide
11
Installing a 1U storage processor enclosure (SPE3) in a cabinet
Installing the SPE3 enclosure in the cabinet
WARNING
The enclosure is heavy and should be installed into a rack by two
people. To avoid personal injury and/or damage to the equipment, do
not attempt to lift and install the enclosure into a rack without a
mechanical lift and/or help from another person.
L’armoire étant lourde, sa mise en place sur une rampe nécessite deux
personnes. Afin de ne pas vous blesser et/ou endommager le matériel,
n’essayez pas de soulever et d’installer l’armoire sur une rampe sans
avoir recours à un relevage mécanique et/ou à l’aide d’une autre
personne.
Das Gehäuse ist schwer und sollte nur von zwei Personen in einem
Rack installiert werden. Zur Vermeidung von körperlichen
Verletzungen und/oder der Beschädigung des Gerätes, bitte das
Gehäuse nicht ohne die Hilfe einer zweiten Person anheben und
einbauen.
Il contenitore è pesante e dev'essere installato nel rack da due
persone. Per evitare danni personali e/o all’apparecchiatura, non
tentare di sollevare ed installare in un rack il contenitore senza un
sollevatore meccanico e/o l’aiuto di un’altra persona.
Debido a su considerable peso, la instalación del compartimento en
el bastidor deben realizarla siempre dos personas. Para evitar daños
personales o en el equipo, el compartimento no debe levantarse ni
instalarse en el bastidor sin la ayuda de un elevador mecánico o de
otra persona.
Page 12
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EMC Rails and Enclosures (CX3-10 Class and CX3-20 Class Storage Systems) Field Installation Guide
Installing a 1U storage processor enclosure (SPE3) in a cabinet
Follow these steps to install the enclosure on the rails in the cabinet:
1. With help from another person, lift the enclosure and, from the front
of the cabinet, slide the enclosure onto the rails as shown in
Figure 6.
Figure 6 Sliding an enclosure onto the mounting rails
When the enclosure slides to the back of the cabinet, the two
notches in the rear of the enclosure insert into the rear tabs on the
back corner of each rail. The tabs secure and support the rear of
the enclosure.
Note: If the chassis does not slide all the way into the cabinet, you may
need to further loosen the screws that hold the rear of the rails in place,
then adjust the rails to allow the tabs to fit into the notches.
2. Once the enclosure is completely seated into the rear tabs, tighten
the two screws (the top one on each rail) that secure the rails to
the front channels.
Front
Rear
EMC3431
Securing tabs
Page 13
EMC Rails and Enclosures (CX3-10 Class and CX3-20 Class Storage Systems) Field Installation Guide
13
Installing a 1U SPS tray and SPS units in a cabinet
3. Secure the front of the enclosure and the mounting rail to the
front vertical channels of the cabinet using two M5 12.7 mm
screws (one per side), in the bottom holes as shown in Figure 6.
Note: A screw in the middle hole will secure the latch bracket mounted
on the front of the enclosure.
Installing the latch brackets and bezel
This section describes how to install latch brackets and the bezel they
support.
1. Use one screw to secure a latch bracket to each front channel. (The
brackets include small alignment bumps to correctly orient them
to the channel.) See Figure 7.
2. Press the bezel onto the latch brackets until it snaps into place. See
Figure 7.
Figure 7 Installing the latch bracket and bezel
Installing a 1U SPS tray and SPS units in a cabinet
This section explains how to install a 1U SPS (standby power supply)
tray in the cabinet. CX3-20 class systems require two 1000w 1U SPS
units in a single 1U tray; a second SPS unit is optional in CX3-10 class
systems.
EMC3450
Bezel
latch
bracket
Bezel
latch
bracket
Page 14
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EMC Rails and Enclosures (CX3-10 Class and CX3-20 Class Storage Systems) Field Installation Guide
Installing a 1U SPS tray and SPS units in a cabinet
SPS mounting kit
The SPS mounting kit includes the components listed in Tab le 4.
.
Table 4 SPS mounting materials
Component Use
2 adjustable
(20.5-34 inches) rails
Attach front to back on either side
between NEMA channels in a 40U
cabinet
SPS B filler unit
For configurations with a single SPS
unit, covers opening in back of tray
SPS tray - see Figure 10 on page 17 For one or two SPSs
Front fastener bracket
Secure SPS units to tray
M4 x 8-mm panhead screw, lock washer,
and flat washer assemblies
8 for back of tray
M4 x 10-mm flathead screws
6 for front of tray and fastener bracket
2 latch brackets
Secure 1U bezel in 40U cabinets
10 Phillips M5 x 16-mm panhead screws
(black)
Attach the rail mounting hardware in a
40U cabinet
EMC3298
Page 15
EMC Rails and Enclosures (CX3-10 Class and CX3-20 Class Storage Systems) Field Installation Guide
15
Installing a 1U SPS tray and SPS units in a cabinet
Removing the filler panels
In most cases, the front space into which you will install your
component is covered by a filler panel, which is attached to latch
brackets.
Remove any filler panel, then use a flat-blade screwdriver or similar
tool to pry off the latch brackets.
Installing the rails in the cabinet
This section describes how to mount the rails in the cabinet.
1. After you decide where in the cabinet you want to install the SPS
tray, find the unoccupied 1U section on the rear channels. We
suggest that you install the SPS tray immediately above the SPE3,
if possible (refer to the device placement examples beginning on
page 3).
2. From the front of the cabinet, insert the alignment pin on one
mounting rail assembly into the middle hole of the selected 1U
space on a rear channel. Figure 8 shows the correct channel holes
for the alignment pins.
Figure 8 Aligning pins in a 1U section on the cabinet rear rails
1U mounting tray bezel (see Figure 12 on page 19) 1 per tray
26-inch IEC power cord, straight C13 to C14 1 per SPS
(Select per cabinet PDU outlets.)
Table 4 SPS mounting materials (continued)
Component Use
1U
Alignment Pin
Here
EMC2922
Page 16
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EMC Rails and Enclosures (CX3-10 Class and CX3-20 Class Storage Systems) Field Installation Guide
Installing a 1U SPS tray and SPS units in a cabinet
Refer to Figure 9 on page 16 as you perform steps 3 and 4.
3. Extend the rail to the front cabinet channel. Align the holes of the
front rail flange to the inside of the channel, ensure that the rail is
level, and then install two M5 x 16-mm Phillips securing screws
in the top and bottom holes, as shown in Figure 9.
Note: Leave the screws slightly loose to allow for adjustment after you
install the tray. Do not insert a screw in the middle hole yet.
4. At the back of the cabinet, insert and tighten two M5 x16-mm
securing screws in the holes above and below the alignment pin,
as shown in Figure 9.
Figure 9 Installing the 1U SPS adjustable rails
5. Repeat steps 2 through 4 for the other rail assembly.
EMC3253
Adjustable rail
Alignment pin
Alignment pin
Front
Left front
Screw (2)
Mounting rail
Right rear
Screw (2)
Mounting rail
Alignment pin
Page 17
EMC Rails and Enclosures (CX3-10 Class and CX3-20 Class Storage Systems) Field Installation Guide
17
Installing a 1U SPS tray and SPS units in a cabinet
Installing the SPS tray in the cabinet
This section describes how to install the tray in the rackmount
cabinet.
1. From the front of the cabinet, align the SPS tray with the channels
on the mounting rails. Position the tray as shown in Figure 10.
2. Slide the tray onto the mounting rails in the cabinet, until the
flanges of the tray are flush with the cabinet channels. See
Figure 10.
Figure 10 Inserting the SPS tray in the cabinet
3. Do not insert any new screws, but tighten the four securing
screws (two on each side - see Figure 9) that hold the mounting
rails to the channels.
You have installed an SPS tray. Continue to the next section to install
SPS units.
Installing the SPS units in an SPS tray
1. Remove the SPS units from their packaging.
2. Working from the front of the cabinet, slide the SPS units onto the
tray as shown in Figure 11.
EMC3252
Rear
Page 18
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EMC Rails and Enclosures (CX3-10 Class and CX3-20 Class Storage Systems) Field Installation Guide
Installing a 1U SPS tray and SPS units in a cabinet
Note: For systems with a single SPS unit, install the SPS in the left (from
the front) slot.
Figure 11 Inserting the SPS units into the SPS tray
Note: To eliminate potential bow caused by the weight of the SPS(s),
press up on the middle of the tray with one hand while you secure the
units to the tray.
3. Attach the front fastening bracket, and insert and tighten the
M4 x 10-mm flathead securing screws as shown in Figure 11.
4. Insert and tighten the M4 x 8-mm panhead securing screws that
secure the SPS units to the back of the tray, as shown in Figure 11.
Back
Front
EMC32
5
Screw (6)
Screw (8)
Page 19
EMC Rails and Enclosures (CX3-10 Class and CX3-20 Class Storage Systems) Field Installation Guide
19
Installing a 1U SPS tray and SPS units in a cabinet
Installing latch brackets and bezel
This section describes how to install latch brackets and the bezel they
support.
1. Use one Phillips M5 x 16-mm screw to secure a latch bracket to
each front channel. (The brackets include small alignment bumps
to correctly orient them to the channel.) See Figure 12.
2. Press the bezel onto the latch brackets until it snaps into place. See
Figure 12.
Figure 12 Installing the latch bracket and bezel
EMC3250
Front
Rear
Latch
Bracket
Latch
Bracket
Page 20
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EMC Rails and Enclosures (CX3-10 Class and CX3-20 Class Storage Systems) Field Installation Guide
Installing a 3U disk enclosure (DAE3P) in a cabinet
Installing a 3U disk enclosure (DAE3P) in a cabinet
Follow the steps below to install a 3U DAE3P disk enclosure in a
standard 19" NEMA cabinet.
Enclosure mounting kit
Before you start, be sure you have all the materials listed in Tab le 5 .
Tools are not part of your purchased enclosure assembly.
Table 5 Enclosure mounting kit materials
Component Use
2 adjustable rails (20.5-34 inches) Attach front to back on either side
between NEMA channels in a standard
19" cabinet
12 Phillips M5 12.7 mm screws Attach the rail mounting hardware in a
40U cabinet
3U bezel (front rack panel) with keys EMI shielding
(L)
(R)
EMC3248
Page 21
EMC Rails and Enclosures (CX3-10 Class and CX3-20 Class Storage Systems) Field Installation Guide
21
Installing a 3U disk enclosure (DAE3P) in a cabinet
Installing the adjustable rails
1. Locate and unpack the rail kit that accompanied your enclosure.
The front edge of each rail is stamped L or R for left and right
sides, when they face the cabinet front.
Note: The predrilled holes in the cabinet channels are based on the
NEMA-standard U measurement. The holes are predrilled at distances of
1/2 inch, 5/8 inch, 5/8 inch (totaling one U), then 1/2 inch, 5/8 inch, 5/8
inch (another U), and so on. On EMC 40U and 40U-C cabinets, horizontal
lines or small holes in the channel mark the 1U increments.
Refer to Figure 13 on page 22 as you perform steps 2 through 6.
2. From the front of the cabinet, insert the right rail alignment pins
above and below the bottom U mark on the rear NEMA channel.
3. Pull the adjustable rail forward to the inner side of the front
channel (the surface facing the rear of the cabinet), and align the
four holes on the rail with those in the channel.
4. Secure the rail to the front channel using two of the provided
screws at the middle two holes of the rail. Leave the screws slightly
loose to allow for adjustment after you install the enclosure.
5. Repeat Steps 2 through 4 on the left side, with the left rail.
6. From the rear of the cabinet, use two of the provided screws to
secure each rail to the rear channel. Tighten the screws.
Page 22
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EMC Rails and Enclosures (CX3-10 Class and CX3-20 Class Storage Systems) Field Installation Guide
Installing a 3U disk enclosure (DAE3P) in a cabinet
Figure 13 Installing the adjustable mounting rails
Alignment Pins
Here
EMC2892a
3U
Rear Channels
EMC3452
Right rear
Screw (2)
Alignment
pin (2)
Mounting rail
Alignment pins
Adjustable rail
Right front
Mounting rail
Screw (2)
Page 23
EMC Rails and Enclosures (CX3-10 Class and CX3-20 Class Storage Systems) Field Installation Guide
23
Installing a 3U disk enclosure (DAE3P) in a cabinet
Installing a DAE3P enclosure in the cabinet
WARNING
The enclosure is heavy and should be installed into a rack by two
people. To avoid personal injury and/or damage to the equipment, do
not attempt to lift and install the enclosure into a rack without a
mechanical lift and/or help from another person.
L’armoire étant lourde, sa mise en place sur une rampe nécessite deux
personnes. Afin de ne pas vous blesser et/ou endommager le matériel,
n’essayez pas de soulever et d’installer l’armoire sur une rampe sans
avoir recours à un relevage mécanique et/ou à l’aide d’une autre
personne.
Das Gehäuse ist schwer und sollte nur von zwei Personen in einem
Rack installiert werden. Zur Vermeidung von körperlichen
Verletzungen und/oder der Beschädigung des Gerätes, bitte das
Gehäuse nicht ohne die Hilfe einer zweiten Person anheben und
einbauen.
Il contenitore è pesante e dev'essere installato nel rack da due
persone. Per evitare danni personali e/o all’apparecchiatura, non
tentare di sollevare ed installare in un rack il contenitore senza un
sollevatore meccanico e/o l’aiuto di un’altra persona.
Debido a su considerable peso, la instalación del compartimento en
el bastidor deben realizarla siempre dos personas. Para evitar daños
personales o en el equipo, el compartimento no debe levantarse ni
instalarse en el bastidor sin la ayuda de un elevador mecánico o de
otra persona.
CAUTION
!
Without proper equipment and procedures, you risk damaging
disk drives any time you remove, store, or install them. Do not
remove disks prior to installing the chassis.
Page 24
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EMC Rails and Enclosures (CX3-10 Class and CX3-20 Class Storage Systems) Field Installation Guide
Installing a 3U disk enclosure (DAE3P) in a cabinet
Follow these steps to install the enclosure on the rails in the cabinet.
Place the disk enclosure that contains specially-marked "storage system
software" disks 0-4 as close as possible to the CX3-series storage processor
enclosure. In most cases, install it directly above the standby power supply,
as shown in Figure 2 on page 3. You will connect that first DAE3 (enclosure 0)
directly to the SPE3 and SPS.
The disk modules in slots 0 through 4 of the first DAE3P in your system
provide mirrored boot and recovery capability, and are preconfigured
according to their slot assignment before shipment. Do not move a module in
slots 0 through 4 from its assigned slot to another slot. Remove one of these
modules only if it has failed and you are replacing it with a new module.
1. With help from another person, lift the enclosure and, from the front
of the cabinet, slide the enclosure onto the rails as shown in
Figure 14.
Figure 14 Sliding an enclosure onto the mounting rails
When the enclosure slides to the back of the cabinet, the two
notches in the rear of the enclosure insert into the rear tabs
approximately 14 inches from the front of each rail. The tabs
secure and support the rear of the enclosure. See Figure 15 on
page 25.
Note: If the chassis does not slide all the way into the cabinet, you may
need to further loosen the screws that hold the rear of the rails in place,
then adjust the rails to allow the tabs to fit into the notches.
EMC3490
Rear
Front
Page 25
EMC Rails and Enclosures (CX3-10 Class and CX3-20 Class Storage Systems) Field Installation Guide
25
Installing a 3U disk enclosure (DAE3P) in a cabinet
Figure 15 Securing the rear of the enclosure
2. Once the enclosure is completely seated into the rear tabs, tighten
the four screws (two on each rail) that secure the rails to the front
channels.
3. Secure the front of the enclosure to the front vertical channels of
the cabinet using four M5 12.7 mm
screws (two per side), as
shown in Figure 16.
Note: The front screws also help to secure the latch bracket mounted on
the front of the enclosure.
If you are installing the enclosure in a NEBS-compliant environment,
secure the unit to the front channels with the four shape thread rolling
screws supplied with your installation hardware in part number
100-560-644.
!!
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A
B
Tabs
(on rail)
Notches
(in chassis)
EMC3249
Page 26
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EMC Rails and Enclosures (CX3-10 Class and CX3-20 Class Storage Systems) Field Installation Guide
Installing a 3U disk enclosure (DAE3P) in a cabinet
Figure 16 Securing the enclosure to the channels
4. Make certain disk drives or filler panels are installed in every disk
enclosure slot.
5. Press the front bezel onto the latch brackets at the front of the
cabinet until it snaps into place, then lock the bezel with the key.
See Figure 17.
Figure 17 Attaching the enclosure front bezel
6. If you are installing another DAE3P in the cabinet, repeat the
procedure starting on page 20, stacking additional disk
enclosures above the DAE3P-OS.
EMC3491
Screw (2)
Screw (2)
Rear
Front
EMC3457
Bezel
latch
bracket
Bezel
latch
bracket
Page 27
EMC Rails and Enclosures (CX3-10 Class and CX3-20 Class Storage Systems) Field Installation Guide
27
Installing a 3U disk enclosure (DAE3P) in a cabinet
Next, set up the DAE3P-OS, SPE3, and SPS units as described in the
following sections of this document.
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EMC Rails and Enclosures (CX3-10 Class and CX3-20 Class Storage Systems) Field Installation Guide
Setting up an installed storage system
Setting up an installed storage system
Once your enclosures and SPS units are properly installed in a
cabinet, follow the remaining steps in this document to:
◆ Connect the DAE3P-OS in a back-end bus (loop)
◆ Connect AC power
Connecting the DAE3P-OS to the SPE3
CX3-10 and CX3-20 class SPE3s support a single redundant Fibre
Channel back-end bus (0) that links the storage processors to disks in
the system. The two independent loops from SP A and SP B are
paired, and share access to the same dual-port disk drives.
The back-end (BE) port on each SP connects to the corresponding
primary (PRI) port on the first DAE3P in the loop. The first disk
enclosure must include the specially marked "array software" disks,
and is assigned enclosure address 0. SP A connects to the PRI port on
LCC A, SP B connects to LCC B, as shown in Figure 18
.
Figure 18 Connecting the SPE3 to the first DAE3P
!!
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SP ASP B
LCC B LCC A
CL3710
Bus 0Bus 0
EA0/Bus 0
EA1/Bus 0
EA2/Bus 0
EA3/Bus 0
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EMC Rails and Enclosures (CX3-10 Class and CX3-20 Class Storage Systems) Field Installation Guide
29
Setting up an installed storage system
Note: If your system includes additional DAE3P enclosures, do NOT
connect them to the back-end bus at this time. You will assign enclosure
addresses and complete DAE3P-to-DAE3P cabling in a later step.
Use SFP-HSSDC2 copper cables to attach the BE 0 port on each storage
processor to the corresponding PRI ports on the enclosure that
includes the specially marked "array software" disks (this should be
the first DAE3P above the SPE3).
Note: Make sure to orient the HSSDC2 connectors as shown in Figure 19. The
connector thumb clip faces up when connecting to LCC B, and down when
connecting to LCC A. An audible/tangible click indicates that the cable is
completely seated in the LCC connector.
Figure 19 HSSDC2 connector orientation
Note: If your system includes additional DAE3P enclosures, do NOT
connect them to the back-end bus at this time. You will assign enclosure
addresses and complete DAE3P-to-DAE3P cabling in a later step.
!!
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EX
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EMC3244
To Previous Enclosure
PRI
Connector
PRI
PRI
Thumb Clip Up
To Previous Enclosure
PRI
Connector
PRI
PRI
Thumb Clip Down
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EMC Rails and Enclosures (CX3-10 Class and CX3-20 Class Storage Systems) Field Installation Guide
Setting up an installed storage system
Connecting AC
power
CAUTION
!
The storage system and DAEs will power up immediately once you
attach them to an active AC power source. Before connecting to a
power distribution unit or standby power supply:
◆ plan your power configuration.
◆ Set the SPS switches to the off (0) position.
◆ Unless your cabinet is in active use with another system, set the
master (or main circuit breaker) switches to the off position.
1. Plug an AC line cord into each DAE3P-OS power/cooling
module, as shown in Figure 20. Connect only the DAE3P-OS (the
first disk enclosure in the storage system, with the specially
marked "array software" disks) at this time.
Make certain you secure the power cord with the retention bails (strain
reliefs) at each connector. The strain reliefs prevent the power cord from
pulling out of the connections.
Figure 20 Plugging in the AC line cords
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EMC3213
Generic
Plug
Retention Bail
Generic
Plug
Retention
Bail
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EMC Rails and Enclosures (CX3-10 Class and CX3-20 Class Storage Systems) Field Installation Guide
31
Setting up an installed storage system
2. Connect the DAE3P-OS to the standby power supply (SPS).
a. When you connect an enclosure to an SPS, be sure that you
maintain power/bus integrity; always connect DAE3P
power/cooling module A to SPS A, and module B to SPS B.
b. If your system has only one SPS (A), connect power/cooling
module B to the nearest power distribution unit that is on a
separate power source than SPS A.
Note: If you connect module B to active AC power, the enclosure will
power up with fault LEDs indicating it cannot find a storage processor or
second power source. This will not affect the setup procedure.
3. Connect the SPE3 power cords to the SPS.
Connect the power cord for SP A to SPS A. Connect SP B to SPS B
or, if your system has only one SPS, connect SP B to the nearest
power distribution unit.
4. Connect the SPE3 serial cords (mini DB9-to- RJ45) to the SPS.
Standby power supply A (SPS A) connects to the SPS serial port
(marked with a battery symbol) on SP A; SPS B, if present,
connects to SP B.
5. Connect each SPS unit to a separate power source. If your system
has only one SPS (A), make sure it has a separate power source
from SP B and DAE3P-OS power module B.
Figure 21 shows the power cord connections for a typical CX3-10
class configuration. Figure 22 shows the power cord connections for a
typical CX3-20 class configuration, or a CX3-10 system with dual
SPSs.
Note: If your system includes additional DAE3P enclosures, do NOT
connect them to AC power sources at this time. You will complete DAE3P
cabling in a later step.
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EMC Rails and Enclosures (CX3-10 Class and CX3-20 Class Storage Systems) Field Installation Guide
Setting up an installed storage system
Figure 21 Connecting CX3-10 class power cords (single SPS)
ON
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ON
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SPS
+
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Power source APower source B
CL3711
Page 33
EMC Rails and Enclosures (CX3-10 Class and CX3-20 Class Storage Systems) Field Installation Guide
33
What Next?
Figure 22 Connecting CX3-10/20 class power cords (dual SPS)
What Next?
Continue with Install, Step 2, "Power up," in your Interactive
Installation Guide CD or CX3-series Setup Guide.
ON
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!!
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EXP PRI
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EXP PRI
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A
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SPS
+
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Power source APower source B
EMC3712
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EMC Rails and Enclosures (CX3-10 Class and CX3-20 Class Storage Systems) Field Installation Guide
What Next?
Copyright © 2007 EMC Corporation. All rights reserved.
EMC believes the information in this publication is accurate as of its publication date. The
information is subject to change without notice.
THE INFORMATION IN THIS PUBLICATION IS PROVIDED “AS IS.” EMC CORPORATION
MAKES NO REPRESENTATIONS OR WARRANTIES OF ANY KIND WITH RESPECT TO THE
INFORMATION IN THIS PUBLICATION, AND SPECIFICALLY DISCLAIMS IMPLIED
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