rack and rack-mount options configuration guide

RACK and RACK-MOUNT OPTIONSCONFIGURATION GUIDE

Ver 1.6 October 2008NEC Computers

Enterprise Computing B.U.

Rack configuration Guide Rev 1.6 Pag. 3

42U RACK FRAME (FIS and NO FIS) FEATURES

Front View Rear View Top View Packaged

NEC 42U Customer Installable Rack NEC 42U Factory Integrated rack

Part Number NZA-4220-00-00 NZA-4230-00-00

EIA Capacity 42U 42U

External Height (mm) 2013 2013

External Depth (mm) 1050 1050

External Width (mm) 700 700

Inner Frame Width (mm) 450 (19") 450 (19")

Inner Frame Depth (mm) 870 870

Weight (Kg, Empty) 130 140

Maximum Load (Kg) on Casters 840 840

Maximum Load (Kg) on Feet 840 840

Total Weight (Kg) on Feet 970 980

Maximum Load x U (Kg) 20 20

Shippable Loaded No Yes - (980Kg Max total weight)

Stabilizers [AZA-4018-00-00] Optional [AZA-4018-00-00] Optional

Casters Yes - Included Yes - Included

Perforated Front Door Yes - Included Yes - Included

U numbering on four mounting rails Yes - Included Yes - Included

Perforated Rear Door Yes - Included Yes - Included

Accessory [AZA-4017-00-00] (Included) [AZA-4017-00-00] (Included)

Cable guides [AZA-4022-00-00] (Optional) Yes - Included

Side fillers [AZA-4020-00-00] (Optional) Yes - Included

Structure assembly SCREWED SCREWED/WELDED


16U RACK FRAME FEATURES

Front View Rear View Top View Packaged

NEC 16U Rack Frame

Part Number NZA-1600-00-00

EIA Capacity 16U

External Height (mm) 940

External Depth (mm) 1000

External Width (mm) 600

Inner Frame Width (mm) 450 (19")

Inner Frame Depth (mm) 868

Weight (Kg, Empty) 90

Maximum Load (Kg) on Casters 320

Maximum Load (Kg) on Feet 320

Total Weight (Kg) on Feet 410

Maximum Load x U (Kg) 20

Shippable Loaded Yes - Full (410Kg)

Accessory [AZA-4017-00-00] (Included)

U numbering on four mounting rails Yes - Included

Stabilizers Front - Included

Casters Yes - Included

Perforated Front Door Yes - Included

Perforated Rear Door Yes - Included


Front mounting holes (same for the rear side)

To install a NEC Express rack-mount system into a non-NEC rack cabinet, the following requirements must be met. Check the specification of your cabinet or measure your cabinet size before installation.

1. A standard EIA 19-inch rack cabinet

2. Perforations are provided for cooling both on the front and rear doors. (For proper ventilation, NEC Express rack cabinet is provided with perforations of 67% square holes on rear doors and 78% Honeycomb on front door.)

3. Vertical mounting rails are provided both on the front and rear sides of your cabinet to

Secure the system. The rails must have the form and hole sizes required as below.　 (The rails are often described as “mount angles”.)

Vertical mounting rails to secure the system

Longer than 450mm

NEC Express Rack-Mount System Assembly


Description16U

frame

42U

frameNotes

AFrom the front vertical mounting rail to the inside of the front door

>65mm >65mm

BFrom the front vertical mounting rail to rear mounting rail

710 to 870mm 710 to 870mm

CFrom the rear side of the system to the inside of the rear door

>100mm >100mm

D

Inside width

(not including rail assemblies and objects attached on the surface)

NA >480mmFront side mounting rails for 16U

Rack frame. Include the red colored rail

E

Inside width

(not including rail assemblies and objects attached on the surface)

>508mm NA

Front side mounting rails for 42U

Rack frame. Red colored rails excluded

4. Following inner size specification must be respected

E


Master PDU [ASP-4022-00-00]

#1 inlet IEC320/C19#12 outlet IEC320/C13

Can be installed HorizontallyIn 16U frame

Can be installed Horizontally and/or VerticallyIn 42U and 42UFIS frames

Number of U used

Can be used in 42U Frame

Can be used in 42U FIS Frame

Can be used in 16U Frame

Picture

Comment:

If Warning message read it carefully

Short description

Reference [ASP-4022-00-00] in blue available codes[ASP-4022-00-00] in red EOL codes[XXX-XXXX-XX-XX] Not yet introduced product under evaluation

1 Y Y Y

H H V

How to read the block diagram in this document

Connection line means: it can be connected, used with

the other component

Notes


19-inch Rack 16U and 42U

Frames Options Frames Options

Front side fillers [AZA-4002-00-00] 1U *[AZA-4003-00-00] 2U *[AZA-4004-00-00] 3U *[AZA-4005-00-00] 6U *

To optimize the RACK cooling unused space in front Rack side must be filled with these front side fillers- Each code contains #2 fillers and requested screws/Captive nuts.

Front side stabilizer [AZA-4018-00-00]

Stabilizer is used to make rack frame structure more stable it must be fixed on the front side of rack frame .

lateral front side filler with brush[AZA-4019-00-00]

To optimize rack cooling and to allow front side equipment cabling. AZA-4019-00-00 contains 1 lateral front side filler with brush

Lateral front side filler [AZA-4020-00-00]

To optimize rack cooling lateral rack filler. AZA-4020-00-00 contains 4 rigid lateral front side filler42U FIS delivered with AZA-4020-00-00 installed

Vertical Cable guide [AZA-4022-00-00]

Cable guide vertically installable on the back side of 42U rack frames.AZA-4022-00-00 contains 1 Vertical Cable guide 42U FIS delivered with #2 AZA-4022-00-00 installed

* Y Y Y

H H

- Y Y Y

- N Y Y

- V

- N Y Y

- V

- N Y Y

- V


Frame options installation details and usage

[AZA-4019-00-00]Or

[AZA-4020-00-00]

[AZA-4018-00-00]

[AZA-4022-00-00]

[AZA-4002-00-00] 1U[AZA-4003-00-00] 2U[AZA-4004-00-00] 3U[AZA-4005-00-00] 6U

[AZA-4019-00-00] typical usageLAN switch cables connection Keeping optimum rack cooling

Indication of U numbering Are stick on the four mounting rails


Rack baying kit[AZA-4021-00-00]

42U rack frames baying kit. After removing rack’s lateral side covers, two or more frames can be solidly joined.

1U Universal rail kit[AZA-1100-00-00]

Universal fixing rails kit. It can be used to install equipment that are not specifically provided with rack installation rails. Devices installed on xx must be within these maximum specificationWidth: between 410mm and 450 mmDepth: between 650mm and 900 mmWeight: < 80Kg

M5 Screws, washer s and captive nuts kit [AZA-4017-00-00]

Kit containing Qty 20 of each:M5x16 screws, captive nuts and washer s

- Y Y Y

-

- N Y Y

-

1 Y Y Y

H H


Display/Keyboard/Mouse Container Display/Keyboard/Mouse Container

LCD/Keyboard/Mouse Container [NZA-4060-00-00]

Container to store a LCD/ keyboard/mouse in a rack cabinet.

Integrated LCD/Keyboard/Touch Pad tray[AZA-4050-UU-00] US keyboard[AZA-4050-FF-00] FR keyboard[AZA-4070-02-00] FR keyboard[AZA-4070-23-00] US keyboard

Integrated LCD, keyboard touch pad in a 1U rack cabinet.It can be connected to any of following KVM AEX-0800-00-00 / AEX-1610-00-00 / AEX-1630-00-00 / AEX-1625-00-00

Keyboard/Mouse Container [AZA-4009-00-00]

Container to store keyboard and mouse in a rack cabinet.

Generic Support (2U)[AZA-4024-00-00] Replace [AZA-4006-00-00]It can support any device within these max specifications:Width:<=450mmDepth: <=400mmWeight: <=18Kg

2 Y Y Y

H H

1 Y Y Y

H H

2 Y Y Y

H H

2 Y Y Y

H H

Mini Keyboard + Mouse PS2 MW[AIP-0020-FF-00] French keyboard [AIP-0020-UU-00] US keyboard[AIP-0020-BB-00] British keyboard

Mini keyboard 104 keys + mouse

- Y Y Y

- -

Integrated LCD/Keyboard/Touch Pad + 16 ports KVM tray[CDV-LCDX-02-00] FR keyboard[CDV-LCDX-23-00] US keyboard

Integrated LCD, keyboard touch pad in a 1U rack cabinet.Integrating a KVM 16 ports It can be chained to any of following KVM AEX-0800-00-00 / AEX-1610-00-00 and CDV-KVMX-IP-00 to enable Over IP

1 Y Y Y

H H

16P KVM


KVM (Keyboard Video Mouse) SwitchesKVM (Keyboard Video Mouse) Switches

Server Switch Unit (8 servers/1User) [AEX-0800-00-00]

The Server Switch Unit [AEX-0800-00-00] allows up to 8 servers to be controlled by one set of a display, keyboard and mouse. By connecting 9 Server Switch Units in a tree structure, up to 64 servers can be controlled. It can be cascading with AEX-1610-00-00 and/or AEX-0800-00-00

PS2 type interface to CAT5 adapter[ACN-0810-00-00]VGA and PS2 adapter shipped with 1.5m and 3m CAT5 green cable


The Server Switch Unit [AEX-1610-00-00] allows up to 16 servers to be controlled by one set of a display, keyboard and mouse. By connecting 17 Server Switch Units in a tree structure, up to 256 servers can be controlled. It can be cascading with AEX-1610-00-00 and/or AEX-0800-00-00

USB type interface to CAT5 adapter[ACN-0811-00-00]

VGA and USB adapter shipped with 1.5m and 3m CAT5 green cable

Server Switch Unit Over IP (16 servers/1user local or Connection over IP) [AEX-1630-00-00]

The Server Switch Unit [AEX-1630-00-00] allows up to 16 servers to be controlled by one set of a display, keyboard and mouse. By connecting nine Server Switch Units in a tree structure, up to 256 servers can be controlled. It can be cascading with with AEX-1610-00-00 and/or AEX-0800-00-00

1 Y Y Y

H H V

1 Y Y Y

H H V

1 Y Y Y

H H

- Y Y Y

- - -

- Y Y Y

- - -

KVM over Ip enabler [CDV-KVMX-IP-00]

The Over Ip enabler Unit is chained to the local KVM AEX-1610-00-00 and/or AEX-0800-00-00 in order to add, in addition to a local video/keyboard/mouse, Over IP functionality

1 Y Y Y

H H V


Direct connection 1 to 8 [AEX-0800-00-00] or 16[AEX-1610-00-00] servers

Server Switch Unit Server

Configuration 1

RICCACN-0810-00-00

orACN-0811-00-00

Kvm cat5 green cable 1.5m and 3m cable

AEX-0800-00-00or

AEX-1610-00-00

Over IP connection 1 to 16 servers using AEX-1630-00-00


Configuration 2

RICCACN-0810-00-00

orACN-0811-00-00


AEX-1630-00-00

LAN


Configuration 3

RICCACN-0810-00-00

orACN-0811-00-00


AEX-1610-00-00 or AEX-0800-00-00

LAN

Over IP connection extension using xxx-xxxx-xx-xx

CDV-KVMX-IP-00


Connecting 1 to 256 servers locally or remotely managed, cascading server Switch Units

Server Switch Unit (Master) Server Switch Unit

(Slave)

Server

Server

Configuration 4

Up to eightor

sixteen servers

installable

LAN

ACN-0810-00-00or

ACN-0811-00-00

ACN-0810-00-00

Server

Up to eightor

sixteen servers

installable

AEX-0800-00-00or

AEX-1610-00-00Or

AEX-1630-00-00

AEX-0800-00-00or

AEX-1610-00-00

Over Ip connection only if master KVM is AEX-1630-00-00


Connecting up to 256 servers locally or remotely managed, cascading server Switch Units

Server Switch Unit (Master) Server Switch Unit

(Slave)

Server

Server

Configuration 5

Up to eightor

sixteen servers

installable

LAN

ACN-0810-00-00or

ACN-0811-00-00

ACN-0810-00-00

Server

Up to eightor

sixteen servers

installable

AEX-0800-00-00or

AEX-1610-00-00

AEX-0800-00-00or

AEX-1610-00-00

CDV-KVMX-IP-00


PS2 type interface to CAT5 adapter[ACN-0820-00-00]

VGA and PS2 adapter shipped with 3m CAT5 green cable


The Server Switch Unit [AEX-1625-00-00] allows the control of 16 servers with two set of a display, keyboard and mouse. By connecting 17 Server Switch Units in a tree structure, up to 256 servers can be controlled.

USB type interface to CAT5 adapter[ACN-0821-00-00]

VGA and USB adapter shipped with 3m CAT5 green cable

Direct connection 1 to 16 servers up to 2 users

Server Switch Unit

Server

Configuration 1

AVRIQACN-0820-00-00

orACN-0821-00-00


AEX-1625-00-00

Up to sixteen servers

installableUser A

User B

1 Y Y Y

H H

- Y Y Y

- - -

- Y Y Y

- - -


Server Switch Unit (Slave)

Server

Server

Configuration 3


installable

AVRIQACN-0820-00-00

orACN-0821-00-00

Server


installable

Server Switch Unit (Master)

AEX-1625-00-00User A

User B

1) ACN-0820-00-00 and ACN-0821-00-00 can only be used with AEX-1625-00-00do not use them with ACN-0800-00-00 or ACN-1610-00-00 or ACN-1630-00-00

2) AEX-1625-00-00 can only be chained with same model AEX-1625-00-00. Do not chain it with ACN-0800-00-00 or ACN-1610-00-00 or ACN-1630-00-00

3) Only one level of chaining are supported for all base KVM ACN-0800-00-00 ACN-1610-00-00 ACN-1630-00-00 and AEX-1625-00-00

4) In order to avoid mixing LAN and KVM cables, use specific green cable for KVM connection and grey cables for LAN. Mixing LAN and KVM connection can put out of order your equipment !

Important KVM rules

CableACN-0114-00-00

Connecting 1 to 256 servers locally or remotely managed, cascading server Switch Units


UPS (Uninterruptible Power Supply) UPS (Uninterruptible Power Supply)

APC SUA1500RMI2U [ABA-1520-00-00]

1500 VA / 980 Watts #1 inlet IEC320/C14#4 outlets IEC320/C13#1 Smart SlotSerial/USB Management

APC SUA3000RMI2U[ABA-3020-00-00]

3000 VA / 2700 Watts #1 inlet IEC320/C20 #8 outlets IEC320/C13#1 outlet IEC320/C19#1 Smart SlotSerial/USB Management

APC SURTD5000RMXLI[ABA-5010-00-00]

#1 terminal input block #8 outlets IEC320/C13#2 outlet IEC320/C19#2 Smart SlotSerial Management

UPS Cable latch [ASP-0007-00-00]

#1 inlet IEC60309#1 outlet cable

UPS cable latch[ASP-0005-00-00]

#1 inlet IEC60309#1 outlet cable

[ASP-0006-00-00]

#1 inlet IEC320/C19#1 outlet IEC60309

2 Y Y Y

H H

2 Y Y Y

H H

3 Y Y Y

H H

- Y Y Y

- -

- Y Y Y

- -

- Y Y Y

- -


UPS 8 port expander[AEX-2008-00-00]

8-Port Share-UPS Interface Expander

1 Y Y Y

H H

- Y Y Y

- -

UPS network card[AEX-2031-00-00]

Smart UPS network management card

- Y Y Y

- -

UPS serial card[AEX-2200-00-00]

Smart UPS #2 additional serial ports interface

Epress5800 Server

UPS Configurations 1

UPS

[ABA-1520-00-00][ABA-3020-00-00][ABA-5010-00-00]

Connecting 1 server to UPS with serial connection

Power cable

serial cable

Epress5800 Servers

UPS

[ABA-1520-00-00][ABA-3020-00-00][ABA-5010-00-00]

+[ABA-5010-00-00]

Power cable

serial cableEpress5800 Server

[ACN-2000-00-00]

[ACN-2000-00-00]


ABA-1520-00-00 ABA-3020-00-00 ABA-5010-00-00

Watt VA hours:minuts:sec hours:minuts:sec hours:minuts:sec

50 70 5:21:00 5:00:00 6:56:00100 140 3:05:00 3:06:00 4:35:00200 280 1:31:00 1:46:00 2:40:00300 420 0:55:00 1:10:00 1:51:00400 560 0:37:00 0:52:00 1:23:00500 700 0:26:00 0:40:00 1:06:00600 840 0:19:00 0:33:00 0:55:00700 980 0:14:00 0:27:00 0:47:00800 1120 0:11:00 0:23:00 0:40:00900 1260 0:09:00 0:20:00 0:35:001000 1400 - 0:17:00 0:31:001200 1680 - 0:13:00 0:25:001400 1960 - 0:11:00 0:21:001600 2240 - 0:09:00 0:17:001800 2520 - 0:07:00 0:15:002000 2800 - 0:06:00 0:13:002500 3500 - 0:04:00 0:09:003000 4200 - - 0:07:003400 4760 - - 0:05:00

Estimated autonomie in hours:minutes

UPS Configurations 2

UPS

[ABA-1520-00-00][ABA-3020-00-00][ABA-5010-00-00]

Power cable

serial cable

Server

Up to eightservers

installable

serial cable

AEX-2008-00-00

Following table show the estimated autonomy of devices connected to a UPS.

- Define max load connected to UPS in Watt or VA and find the autonomy in Hours:Minutes

8-Port Share-UPS serial serial Interface Expander


PDU (Power Distribution Units) PDU (Power Distribution Units)

Master PDU [ASP-0020-00-00]

#1 inlet IEC60309 (32A no protection)#8 outlet IEC320/C13(x4 10A circuit breaker)#2 outlet IEC320/C19(x2 16A circuit breaker)

Slave PDU [ASP-0022-00-00]

#1 inlet IEC320/C19 (16A no protection)#12 outlet IEC320/C13(x2 10A circuit breaker)#1outlet IEC320/C20(no protection)

Slave PDU [ASP-0021-00-00]

#1 inlet IEC320/C14 (10A fuse protection)#8 outlet IEC320/C13(no protection)

1 Y Y Y

H H V

1 Y Y Y

H H

1 Y Y Y

H H V

IEC320 Power cord[ACN-2001-00-00]

3 m power cord with one C13 and one C14 plug

1 Y Y Y

H H V



Master PDU [ENS-12C1-32-01]

#1 inlet IEC60309 (32A no protection)#12 outlet IEC320/C13(x4 10A circuit breaker)

- No output cables included !!!

1 Y Y Y

H H V




1 Y Y Y

H H V




1 Y Y Y

H H V


#1 inlet IEC60309 (3x32A no protection)#6 outlet IEC320/C19(x6 16A circuit breaker)


1 Y Y Y

H H V


3 m power cord with C13/C14 plugs

0 Y Y Y

H H V



0 Y Y Y

H H V

3 Phases input needed !



Slave PDU [ENS-12C1-16-01]

#1 inlet IEC320/C19 (16A no protection)#12 outlet IEC320/C13(x4 10A circuit breaker)

- Include one input cable ACN-2002-00-00- No output cables included !!!

Slave PDU [ENS-6C13-16-01]

#1 inlet IEC320/C14 (10A no protection)#4 outlet IEC320/C13(x2 10A circuit breaker)

- Include one input cable ACN-2001-00-00- No output cables included !!!

1 Y Y Y

H H

1 Y Y Y

H H V



0 Y Y Y

H H V


PDUs blocks diagram

10A CB

10A CB

EN

S-6C

13-16-01

10A CB

10A CB

10A CB

10A CB

EN

S-12C

1-16-01

10A CB

10A CB

10A CB

10A CB

16A CB16A CB16A CB16A CB

10A CB

10A CB

16A CB16A CB16A CB16A CB16A CB16A CB

10A CB

10A CB

10A CB

10A CB

10A CB

10A CB

10A CB

10A CB

16A CB16A CB

EN

S-12C

1-32-01

EN

S-2C

13-32-01

EN

S-8C

13-32-01

EN

S-6C

19-32-01

Slave PDUs

Master PDUs


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SERVEUR Max WATT Max Curr. Max BTU NR R IEC L/R W W/O

110Eh 300 1,36 1024 1 C14 R NA 800110Ej 380 1,73 1297 1 C14 R NA110Ek 380 1,73 1297 1 C14110Rf-1 350 1,59 1195 1 C14 R NA120Mf 700 3,18 2389 2 2 C14 R 1350 NA120Rd-1 IDE 350 1,59 1195 1 C14 L 1250 NA120Rd-1 SCSI 350 1,59 1195 1 C14 L 1250 NA120Re-1 120Rf-1 SATA 500 2,27 1707 1 C14 L 1250120Re-1 120Rf-1 SCSI 525 2,39 1792 1 2 C14 L 1250120Rg-1 SATA 650 2,95 2218 1 C14 L120Rg-1 SAS 650 2,95 2218 1 2 C14 L120Rh-1 SAS/SATA Fixed PSU 650 2,95 2218 1 C14 L120Rh-1 SAS/SATA HS PSU 750 3,41 2560 1 2 C14 L120Rf-2 500 2,27 1707 1 2 C14 L 1200120Rg-2 120Rh-2 600 2,73 2048 1 2 C14 L 1200120Ri-2 SAS 750 3,41 2560 1 2 C14 L120Rj-2 SAS/SATA 750 3,41 2560 1 2 C14 L120Ef-Lg Fixed PSU 450 2,05 1536 1 C14 R 1350 NA120Ef-Lg Hot Swap 450 2,05 1536 1 2 C14 R 1350 NA120Eg FIXED PSU 600 2,73 2048 1 C14 R 1350 NA120Eg HS PSU 500 2,27 1707 1 2 C14 R 1350 NA120Eh-2 550 2,50 1877 1 1 C14 R120Eh-2 HS 650 2,95 2218 1 2 C14 R120Lh 500 2,27 1707 1 2 C14 R 1350 NA120Li 700 3,18 2389 1 2 C14 R 1350 NA320Lb-R 1200 5,45 4096 2 C14 L NA320Lc-R 1200 5,45 4096 2 C14 L NA320Fa 1400 6,36 4778 2 C14 R NA320Fb 1400 6,36 4778 2 C14 R NA320Fc 1500 6,82 5120 2 C14 L NA140Hc 1200 5,45 4096 2 3 C14 R/M/L 1400 NA140Hd 1200 5,45 4096 2 3 C14 R/M/L 1400 NA2U MDEU 200 0,91 683 1 C14 R NA

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Devices power specifications 1-3

Max WATT = Maximum power consumption for full configuration in wattMax Curr. = Maximum current required Max BTU = Maximum BTU dissipated by equipment at maximum power consumptionInlet Nb NR = Number of inlet plugs for non redundant configurationInlet Nb R = Number of inlet plugs for non redundant configurationInlet type = inlet plug typePower supply side = Looking from the back of the device where the PSU are placed Right Left CenterCable-Arm / Cable Length = minimum cable length W or W/O cable arm to connect the device


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2U MDEU HS 330 1,50 1126 0 2 C14 L NAS1300 BAS 480 2,18 1638 0 2 C14 L/M NA 500S1300 DEU 480 2,18 1638 0 2 C14 L/M NA 500S1400 BAS 510 2,32 1741 0 2 C14 L/M NA 500S1400 DEU 480 2,18 1638 0 2 C14 L/M NA 5003U DEU ST1430 450 2,05 1536 1 2 C14 L/M 1350 NAST1430 U320 450 2,05 1536 0 2 C14 L/M 1350 NAST1220 400 1,82 1365 1 2 C14 R/L NADx-10 500 2,27 1707 0 2 C14 R/M NAS1500 BAS 510 2,32 1741 0 2 C14 L/M NA 500S1500 DEU 480 2,18 1638 0 2 C14 L/M NA 500S2300 BAS 260 1,18 887 0 2 C14 L/M NA 500S2300 DEU 480 2,18 1638 0 2 C14 L/M NA 500AIT3 1U 55 0,25 188 1 C14 R NAAIT3 2U 100 0,45 341 1 C14 R NALIBRARY NEC 0,00 0140He 2100 9,55 7167 3 4 C14 R NA140Hf 2100 9,55 7167 3 4 C14 R NA140Rc-4 860 3,91 2935 2 2 C14 R NA140Rd-4 1400 6,36 4778 2 4 C14 R NA140Re-4 1400 6,36 4778 2 4 C14 R NA140Rf-4 1400 6,36 4778 2 C14 R/L NAT220Ra-1 411 1,87 1403 1 RTM600 300 1,36 1024 1 C14 R NA 800TM710 400 1,82 1365 1 C14 R NATM800 400 1,82 1365 1 C14 R NATM1400 450 2,05 1536 1 C14 R NATW100 TS100 400 1,82 1365 1 C14 R NASYNERWAY SD1000 1300 5,91 4437 2 3 C14 R NASYNERWAY SD2000 1300 5,91 4437 0 3 C14 R NAS/WA2500 DPS 600 2,73 2048 1 C14 R NAS/WA2500 FSP 550 2,50 1877 1 C14 R NAS/WA2500 HS 600 2,73 2048 2 3 C14 R NASA2500R-1 500 2,27 1707 1 C14 R NASA2510R-1 450 2,05 1536 1 C14 R NASI1110-R1 350 1,59 1195 1 C14 RSI1120-R1 350 1,59 1195 1 C14 RSI1720 550 2,50 1877 1 1 C14 RSI1720 HS 650 2,95 2218 1 2 C14 R180Rc-4 1050 4,77 3584 2 C14 R NA180Rc-4 LOCKOUT 370 1,68 1263 2 C14 R NA

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SID

E


xI1310 0,00 0WA1310 400 1,82 1365 RWI1510 550 2,50 1877xA2510 670 3,05 2287 C14 RxA2510 HS 0,00 0 C14 R420Ma 1-2 CPU 620 2,82 2116 1 2 C14 R NA420Ma 3-4 CPU 1240 5,64 4232 2 3 C14 R NA420Ma 5-6 CPU 1860 8,45 6348 3 4 C14 R NA420Ma2 1-2 CPU 740 3,36 2526 1 2 C14 R NA420Ma2 3-4 CPU 1480 6,73 5051 2 3 C14 R NA420Ma2 5-6 CPU 2220 10,09 7577 3 4 C14 R NA120Ba-4 1-2 CPU 1028 4,67 3509 1 2 C14 R NA120Ba-4 3-4 CPU 2056 9,35 7017 2 3 C14 R NA120Ba-4 5-6 CPU 3084 14,02 10526 3 4 C14 R NABROCADE 3200 8 ports 75 0,34 256 1 C143Com SWITCH 24 ports 0,00 0UPS 3KVA 2700 12,27 9215 C20UPS 5KVA 3500 15,91 11946 HWLXN2000 LTO3 5U 240 1,09 819KVM SWITCH AV2000 40 0,18 137 1 C14KVM SWITCH AV2015 40 0,18 137 1 C141U LCD TRAY 25 0,11 85 1 C14LCD 17" 38 0,17 130 1 C6KVM SWITCH 8 ports 15 0,07 51 1 C14KVM SWITCH 16 ports 15 0,07 51 1 C14KVM SWITCH 16 ports IP 45 0,20 154 1 C14

INL

ET

Nb

CA

BL

E-A

RM

CA

BL

E

LE

NG

TH



A

A

B

B

C

C

42 U frames

16 U frame

42U 16U1st Install the heaviest devices on rack lower positions A

1U<=A<=20U 1U<=A<=6U

2nd If a LCD/keyboard/mouse tray need to be installed put it positions B

20U<=B<22U 15U<=B<=16U

3rd Install the lightest devices on rack higher positions C

25U<=C<=42U 11U<=C<=14U

4rd Install remaining devices in positions D

23U<=D<=34U 7U<=D<=10U

D

D

RACK installation rules

Use last available release of InRack Wizard software for RACK configuration

Tec Notes


42U RACK installation rules

NEC

Exp5800 server

D >=125cm

D is the minimum rack clearance between two 42U frames to allow easy maintenance

front

front

Minimum clearance around a 42U frames

Tec Notes


16U RACK installation rules

NEC

Exp5800 server

D >=125cm

D is the minimum rack clearance between two 16U frames to allow easy maintenance

front

front

Minimum clearance around a 16U frames

Tec Notes


PDU

PDU

Master

PDU

Power source

Express5800 Server

PSU

Express5800 Server

PSU

Express5800 Server

PSU

Fig. 1

PDU

PDU

Power source

Master

PDU

Express5800 Server

PSU

PSU

Express5800 Server

PSU

PSU

Express5800 Server

PSU

PSU

Fig. 2

Power source

PDU

PDU

UPS

Express5800 Server

PSU

PSU

Express5800 Server

PSU

PSU

Express5800 Server

PSU

PSU

Fig. 3

PDU

PDU

UPS

PDU

PDU

PSU PSU

Epress5800Server

PSU PSU

Epress5800Server

PSU PSU

Epress5800Server

Power source

Fig. 4

PDU

PDU

PDU

PDU

PSU PSU

Epress5800Server

PSU PSU

Epress5800Server

PSU PSU

Epress5800Server

Power source (UPS)Power source (MPDU)

Fig. 5

RACK power redundancy distribution configurations

UPS

or

Master PDU

UPS

or

Master PDU

Power source (UPS)Power source (MPDU)

In following power distribution diagrams, five different ways to configure interconnection of Master PDU, Slave PDU, UPS and servers power redundancy.

In red components that represent a single point of failure (SPOF). Failure on red components will induce a power failure on all components cascaded. Configuration 5 is the one completely redundant, configuration 1 has no redundancy.

Tec Notes


L1 Imax 11A

L6 Imax 15A

L5 Imax 12A

PDU connection rules

C14

C14

C14

C14

C14

C14

C14

C14

C20

C20

60309

C19

C13

C13

C19

ASP-0020-00-00

31A

C13

C13

C13

C13

C13

C19

C19

L2 Imax 6A

L3 Imax 7A

L4 Imax 9A

Do not exceed MAX current allowed for the single defined plug.Imax current for IEC320-C13/C14 is 10AL1 Imax > 10A

Do not exceed maximum current allowed for group of plugs.ASP-0020-00-00 has 4 groups of two C14 plugs protected by a 10A circuit breaker L2 Imax + L3 Imax > 10A

Do not exceed MAX PDU input current.ASP-0020-00-00 has one IEC60309 input plug with maximum current of 32A. Protection by over current must be guarantee by the upfront device where this PDU is connected. L4 Imax + L5 Imax + L6 Imax > 32A

C13

Connector Type

Connector Name Appliance

Inlet

Max Current

IEC320-C13 IEC320-C14 10Amp

IEC320-C19 IEC320-C20 16Amps

IEC60309 IEC60309 32Amps

(single phase)

Tec Notes


PDU selection and sizing rules

Example of interconnection of one Master PDU ASP-0020-00-00 and two slaves ASP-0022-00-00 with different load devices

C14

C14

C14

C14

C14

C14

C14

C14

C20

C20

C14

C14

C14

C14

C14

C14

C14

C14

C19

Imax 4AC13

C13

C13

C13

1st - List all your devices you want to install inside the rack frame- using the “devices power specifications” pag. 16-17 define the maximum current and plug type for each device

2nd - Using PDU specification identify the maximum current per groups of outputs

example: ASP-0022-00-00 has two groups of six C13 plugs. Each group is protected by 10A circuit breakers.

3rd - Adding all PDU output currents you should not exceed max input current allowed by PDU

example: ASP-0020-00-00 has an IEC60309 input plug limited to 32A

4rd - Select your power distribution model between the ones listed on page 21

C14

C14

C14

C14

C20

C19

Imax 1A

Imax 6AC13

C13

C19

C14

C14

C14

C14

C14

C14

C14

C14

C14

C14

C14

C14

C20C19

C13

C13

Imax 2x6AASP-0022-00-00

ASP-0022-00-00

ASP-0020-00-00

d

evic

es I

Max

<=

10

A

Imax 3A

Imax 1AC13

C13C13

C13

C13

C13

d

evic

es I

Max

<=

16

A

d

evic

es I

Max

<=

10

A

d

evic

es I

Max

x

gro

up

<=

10

A

dev

ices

I M

ax

x g

rou

p <

= 1

6A

d

evic

es I

Max

<=

32

A

15A

10A

Imax 4A

C13

C13

31A

d

evic

es I

Max

<=

10

A

dev

ices

I M

ax <

=

10A

d

evic

es I

Max

<=

16

A

60309

Tec Notes


Rack cooling

front

rear

Rack

fram

e

Rack cooling air flow

Air cooling flow is always going from the front to the back of the rack frame

With out the front side panels and laterals Covers exhausted warm

air will be xxx from the front side

Front and lateral cover usage

Example of Rack assemblyUsing front and lateral covers

Pictures showing temperatures inside the rack with and with out the side/front panels

Tec Notes


Rack cooling

Rack organization in a datacenter with raised floor and suspended ceiling with air-conditioner

Air Conditioner

Building floor

Raised floor

Grilles Grilles

Suspended ceiling

GrillesGrilles

Building ceiling

Grilles

Fro

nt

Fro

nt

Fro

nt

Fro

nt

Rear

Rear Rear

Rear

Ra

ck

Ra

ck

Ra

ck

Ra

ck

Tec Notes


Rack cooling

CFMThe abbreviation for cubic feet per minute. CFM is used to measure the flow of air through a delivery system or space.BTUThe abbreviation for British Thermal Unit. A measurement of heat energy commonly used to measure heat loads in data centers and IT rooms in North America. A BTU is defined as the amount of heat energy required to raise the temperature of one pound of water by one degree Fahrenheit in one hour. This unit should be replaced by WattWattA measurement of energy commonly used to measure electrical and heat loads in data centers and IT rooms. The wattage consumed by the IT equipment, lights, etc. is the amount of heat energy to be removed from the room by the air conditioning system. This term is becoming more common when specifying cooling systems.Relative HumidityThe amount of water vapor contained in air relative to the maximum amount the air is capable of holding. Expressed in %.Ton (Cooling)A measurement of heat energy commonly used historically to measure heat loads in data centers and IT rooms in North America. A ton is equal to 12,000 BTUs and is the amount of heat energy required to melt 2000 pounds (907kg) of ice in one day (24 hours). This is an archaic term typically used to specify heat output when expressed in Tons / day, where the use of the more modern term Watts is the simpler and more universal measure that should be used.

Tec Notes


English to Metric Conversion table

Type of Unit From English Units

To Metric Units Multiply By

Cooling Ton (refrigeration) Kilowatts 3.517

BTU/Second Kilowatts 1.054

BTU/Hour Kilowatts 0.000293

Length Foot Meter 0.3048

Room Area Square Foot Square Meter 0.09290

Mass Pound Kilogram 0.4536

Floor Loading Pounds / Square Foot

Kilograms / Square Meter

4.882

Volume Cubic Feet Cubic Meter 0.02832

Gallon Liter 3.785

Pipe Flow Rate Gallons / Minute Liters / Second 0.06364

Air Flow Rate Cubic Feet / Minute Cubic Meters / Second

0.000471

Air Flow Velocity

Feet / Second Meters / Second 0.3048

Temperature Degree Fahrenheit Degree 0.5555x(Fahrenheit-32)

Very useful free ware program to convert any units can be downloaded at this linkhttp://joshmadison.com/article/convert-for-windows/

Some of the most commonly used unit

Tec Notes


Revision Date Comment

Rev 1.1 March 2008 - First document release

Rev 1.2 May 2008 - Document change history added

-Fix pag 10 codes AZA-4070-02-00 and AZA-4070-23-00 comments swapped

-Fix pag 10 code AZA-4060-00-00 to NZA-4060-00-00

Rev 1.3 May 2008 -Fix pag 16 code ABA-5010-00-00 is 3U not 5U

Rev 1.4 June 2008 -Fix pag 2 42U rack frames specifications

-Add pag 10 AZA-4006-00-00 replaced by AZA-4024-00-00

-Fix pag 16 UPS information updated

Rev 1.5 September 2008 - added new PDU, 1U LCD/Keyboard + KVM, over ip

- added more slides on cooling

Rev 1.6 October 2008 -Fixed wrong references on pages 13 and 14

Document change history

rack and rack-mount options configuration guide

Documents

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