m2000

Area

Overseas

Intended Reader Product

Customers/Engineers/Business partners

iManager M2000/PRS/NASTAR/VNP

Product Name Document Version

iManager M2000/PRS/NASTAR/VNP V5.24

p!ate! "ate

20##$04$25

Customer Preparation &ui!e to iManager M2000/PRS/NASTAR/VNP 'nsta((ation

Draftted by.

"u )uguo

Date

Reviewed by.

Date

Reviewed by.

Date

Approved by.

Date

200*$+$,

Huawei Technoloies !o." #td. All rihts reserved.

Customer Preparation &ui!e to iManager M2000 an! PRS 'nsta((ation

Revision Record Date

Revision

Description

Author

200,$-$2,

V#.0

"u uguo

200-$5$#0

V5.

"u uguo

200+$ 00+$ $24

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200*$+$,

A;E' Coni!entia(

;ang)ing

ang ouiang

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Revision Record Date

Revision

Description

Author

200,$-$2,

V#.0

"u uguo

200-$5$#0

V5.

"u uguo

200+$ 00+$ $24

V5.,

200+ 200+$# $#0$ 0$20 20

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"u uguo

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V5.+

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"u uguo

# Rep(a1ement o N,+E$22 2 A!!e! t3e SS S)stem

"u uguo

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V5.* V5.*

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"u uguo

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"u uguo

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Table of !ontents !on tents !hapter $ Preface............................................................................................................................ !hapter % Installation &low............................................................................................................. !hapter ' Introduction to (%))).................................................................................................. .# Overvie9 o Pro!u1t........................................................................................................... .#.# Overvie9 o M2000.................................................................................................. .#.2 Position o t3e M2000 in Net9or:............................................................................ .#. Manage! NEs o M2000.......................................................................................... .#.4 Overvie9 o Tra1e Server........................................................................................ .#.5 M2000 M2000 Emergen1) S)stem S)stem Overvie9............................................................ .......... ....... ... .2 'ntro!u1tion to M2000......................................................................................................... . P3)si1a( Stru1ture.............................................................................................................. ..# Overvie9 P3)si1a( Stru1ture.................................................................................... ..2 P3)si1a( Stru1ture Stru1ture o t3e Sing(e Server S)stem..................................................... .. .. P3)si1a( Stru1ture Stru1ture o t3e o1a( A S)stem........................................................ ...... ..4 P3)si1a( Stru1ture o t3e SS S)stem..................................................................... ..5 P3)si1a( Stru1ture o t3e AT ATAE C(uster S)stem........................................ .............. ....... ......... .., P3)si1a( Stru1ture Stru1ture o t3e Remote A S)stem..................................................... ..... .4 T)pi1a( M2000 Server Coniguration.................................................................................. .4.# M2000...................................................................................................................... .4.2 Tra1e Server............................................................................................................ .4. M2000 Emergen1) S)stem...................................................................................... .5 a)out o Ca8inet............................................................................................................... .5.# Sun SE T5220 T5220 Sing(e Server Server  o1a( "ua( Server............................... Server............................... ............. ...... ............. ...... .5.2 Sun SE M4000M500 M4000M5000 0 Sing(e Server............................................................. ........ ....... . .5. Sun SE M4000M5000 M4000M5000 o1a( A s)stem.......................................... s)stem.......................................... .................... .. .5.4 Sun SE M4000/M5000 M4000/M5000 Remote Remote A s)stem............................................ ............. ...... ........... .... .5.5 Sun SE M4000/M5000 M4000/M5000 SS SS S)stem=ua9ei 1a8inet>............................. 1a8inet>............................. ............. ...... .......... ... .5., Sun SE M4000/M5000 M4000/M5000 SS s)stem=SN RACD>.............................................. ...... .5.- ATA ATAE E 1(uster S)stem.................... ......................................... .................................. . !hapter * Product Instruction of PR+......................................................................................... 4.# PRS Overvie9.................................................................................................................... 4.2 T3e !ep(o)ment o t3e PRS............................................................................................... 4. P3)si1a( stru1ture............................................................................................................... 4.4 T)pi1a( 1oniguration........................................................................................................... 4.5 a)out o 1a8inet................................................................................................................ 4.5.# P "5+0 &-.......................................................................................................... 4.5.2 P "-+5/"*+0..................................................................................................... !hapter , Product Product Instruction Instruction of NA+TAR............................. NA+TAR............................. .................................... .............. ....... .......... ... 5.# NASTAR Overvie9............................................................................................................. 5.2 T3e !ep(o)ment o t3e NASTAR........................................................................................ 5. P3)si1a( stru1ture............................................................................................................... 5.4 T)pi1a( 1oniguration........................................................................................................... 5.5 a)out o 1a8inet................................................................................................................ 5.5.# P "5+0 &-.......................................................................................................... 5.5.2 P "-+5/"*+0..................................................................................................... !hapter - Product Instruction of DA(+...................................................................................... ,.# "AMS Overvie9................................................................................................................. ,.2 T3e !ep(o)ment o t3e "AMS............................................................................................ 200*$+$,


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,. P3)si1a( stru1ture............................................................................................................... ,.4 T)pi1a( 1oniguration........................................................................................................... ,.5 a)out o 1a8inet................................................................................................................ ,.5.# P "5+0 &-.......................................................................................................... !hapter  Product Instruction of VNP......................................................................................... -.# VNP Overvie9.................................................................................................................... -.2 T3e !ep(o)ment o t3e VNP............................................................................................... -. P3)si1a( stru1ture............................................................................................................... -.4 T)pi1a( 1oniguration........................................................................................................... -.5 a)out o 1a8inet................................................................................................................ -.5.# P "5+0 &-.......................................................................................................... !hapter / Physical and 0lectric Inde1es..................................................................................... +.# Engineering Spe1ii1ations o M2000................................................................................. +.#.# T3e spe1ii1ations o M2000 servers an! 1a8inets................................ .................. +.#.2 T3e spe1ii1ations o Tra1e Server an! 1a8inet.............................. ......................... +.2 PRS Server Engineering Spe1ii1ations............................................................................. +.2.# T3e spe1ii1ations o PRS server an! 1a8inet......................................................... +. NASTAR Server Engineering Spe1ii1ations................................................. ..................... +..# T3e spe1ii1ations o NASTAR server an! 1a8inet.................................................. . +.4 "AMS Server Engineering Spe1ii1ations.......................................................................... +.4.# T3e spe1ii1ations o "AMS server an! 1a8inet...................................................... +.5 VNP Server Engineering Spe1ii1ations............................................................................. +.5.# T3e spe1ii1ations o VNP servers an! 1a8inets.............................. ........................ +., Po9er 1onsumption o a(( t3e euipment........................................................... ................. !hapter 2 03uipment Room 0nvironment...................................... ......................................... .... *.# Storage Reuirements....................................................................................................... *.#.# C(imati1 Reuirements............................................................................................. *.#.2 ;aterproo Reuirements........................................................................................ *.#. Bio(ogi1a( Reuirements.......................................................................................... *.#.4 Air Purit) Reuirements........................................................................................... *.#.5 Me13ani1a( Stress Reuirements............................................................................ *.2 Transportation Reuirements............................................................................................. *.2.# C(imati1 Reuirements............................................................................................. *.2.2 ;aterproo Reuirements........................................................................................ *.2. Bio(ogi1a( Reuirements.......................................................................................... *.2.4 Air Purit) Reuirements........................................................................................... *.2.5 Me13ani1a( Stress Reuirements............................................................................ *. ;or:ing Environment Reuirements........................................................... ....................... *..# C(imati1 Reuirements............................................................................................. *..2 Bio(ogi1a( Reuirements.......................................................................................... *.. Air Purit) Reuirements........................................................................................... *..4 Me13ani1a( Stress Reuirements............................................................................ !hapter $) Arranement Principles............................................................................................. #0.# Common arrangement prin1ip(es.................................................................................... #0.2 T3e spa1e reuirement o t3e N,+E$22 an! N,#0E$22 1a8inet..................... .................. #0. T3e spa1e reuirement o t3e SN 1a8inet..................................................................... !hapter $$ 01ternal !ables.......................................................................................................... !hapter $% !ablin Rac4 and +upport........................................................................................ #2.# Ca8(ing Ra1:.................................................................................................................... #2.2 Support............................................................................................................................. #2.2.# 'nsta((ing an N,+E$22 Ca8inet on t3e Cement 7(oor........................ ...................... #2.2.2 'nsta((ing an N,#0E$22 Ca8inet on t3e Cement 7(oor................................. ........... #2.2. 'nsta((ing an N,+E$22 Ca8inet on t3e Antistati1 7(oor.................................... ........ 200*$+$,


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#2.2.4 'nsta((ing an N,#0E$22 Ca8inet on t3e Antistati1 7(oor................................... ....... #2.2.5 'nsta((ing an Sun Ca8inet on t3e Antistati1 7(oor............................ ........................ !hapter $' Air !onditionin.........................................................................................................

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!hapter $ Preface "ear user T3an: )ou or using ua9ei?s iManager M2000 pro!u1t. T3is M2000 'nsta((ation Preparation &ui!e is inten!e! or )ou to get 9e(( prepare! or insta((ing t3e M2000 euipment. 't !es1ri8es t3e M2000?s p3)si1a( an! e(e1tri1a( parameters an! reuirements or its smoot3 operation operation environment po9er supp() groun!ing s)stem ot3er re(ate! euipment euipment room (a)out an! ot3er reuirements or t3e euipment room. ou 1an reer to t3e Engineering ia8i(it) 'ntera1e "iagram spe1iie! in t3e 1ontra1t an! t3e On$site Engineering Surve) "esign "ra9ings provi!e! 8) t3e !esign institute as 9e(( as t3is gui!e to ma:e preparations or t3e euipment insta((ation. Beore ua9ei?s engineers :i1: o on$site )ou are e6pe1te! to ma:e a(( re(ate! preparations 8) a8i!ing 8) t3e instru1tions in t3is gui!e to a1i(itate t3e insta((ation 9or:. ou must :no9 t3e o((o9ing points 8eore ma:ing t3e insta((ation preparations. #. "uring t3e preparation )ou 1an 1onta1t ua9ei?s representative oi1e =in t3is provin1e or region> 93enever )ou 3ave pro8(ems. ua9ei 9i(( !o ever)t3ing possi8(e to 3e(p . 2. pon 1omp(etion o t3e insta((ation preparation 9or: p(ease inorm ua9ei?s (o1a( representative oi1e so t3at ua9ei 1an assign engineers to insta(( t3e euipment on$site. . ' t3e euipment insta((ation 9or: starts 8eore t3e 1omp(etion o t3e insta((ation preparations or some reasons t3e 1ustomer s3ou(! inis3 t3e rest preparation 9or: as soon as possi8(e !uring t3e euipment insta((ation 9or:. 4. ' t3e euipment insta((ation 9or: starts 8eore t3e 1omp(etion o t3e insta((ation preparations or some reasons ua9ei 1an stop t3e insta((ation 9or: temporari() 8e1ause it 1annot pro1ee! !ue to t3e in1omp(ete preparations 8) t3e 1ustomer an! resume t3e insta((ation 9or: 93en a(( preparations 3ave 8een !one . A!!ress o ua9ei?s (o1a( representative oi1e =maintenan1e> P3one =a6> o ua9ei (o1a( oi1e =maintenan1e> Manager o ua9ei?s (o1a( representative oi1e =maintenan1e> ua9ei?s person in 13arge o t3is proe1t P3one o ua9ei?s person in 13arge o t3is proe1t Note T3e inormation a8ove 1an 8e o8taine! 93en ua9ei?s engineers go to t3e site to perorm engineering surve). ua9ei 9i(( provi!e )ou 9it3 a(($aroun! te13ni1a( support. ou 1an a(so 1onta1t ua9ei?s (o1a( representative oi1e or ua9ei 3ea!uarters in S3enF3en !ire1t() or so(utions. ;e8site o ua9ei3ttp//999.3ua9ei.1om ;e8site o te13ni1a( support 3ttp//support.3ua9ei.1om

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;e e6pe1t )our support to a1i(itate t3e engineering 9or: an! Are !e(ig3te! to 3ave su13 an 3onor to 9or: 9it3 )ouG

&(o8a( Te13ni1a( Servi1e "eportment ua9ei Te13no(ogies Co. t!.

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!hapter % Installation &low 7irst() see ua9ei engineering insta((ation (o9 p(ease

Contra1t is signe!H proe1t starts

Customer prepai!

ua9ei surve) on site

Customer preparations

ua9ei pro!u1es an! !e(ivers goo!s

Customer inorms preparation 1on!itions

ua9ei 13e1:s an! gives instru1tions on 1ustomer?s preparations

Euipment is !e(ivere! to site. ua9ei an! 1ustomer negotiate t3e !ep(o)ment !ate an! responsi8(e persons o 8ot3 parties

Customer 3e(ps insta(( an! !e8ug euipment

ua9ei insta((s an! !e8ugs euipment

Euipment insta((ation an! !e8ugging is inis3e!. T9o parties 13e1:s an! a11epts t3e s)stem

T9o parties 9or: out t3e 1utover an! euipment a11ess to net9or: s13eme

Start maintenan1e

7igure #.# Euipment insta((ation (o913art T3e 1omp(etion o t3e proe1t reuires t3e 1ooperation 8et9een 1ustomer an! ua9ei. ;e 3ope t3e proe1t 1omp(etes su11essu(().

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' )ou are not ver) 1(ear a8out t3e (o9 a8ove p(ease 1onta1t (o1a( ua9ei representative oi1e =or maintenan1e>. ;e 9i(( provi!e 1ompre3ensive an! sin1ere servi1e or )ou. T3e o((o9ing is instru1tions or t3e preparations o engineering insta((ation. P(ease rea! t3em 1areu((). ' )ou 3ave an) uestions p(ease 1onta1t (o1a( ua9ei representative oi1e =1ustomer servi1e> in time.

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!hapter ' Introduction to (%))) '.$ 5verview of Product '.$.$ 5verview of (%))) T3e iManager M2000 Mo8i(e E(ement Management S)stem =reerre! to as t3e M2000 in t3e o((o9ing se1tions> is a 1entra(iFe! mo8i(e net9or: management p(atorm o ua9ei. ;it3 t3is p(atorm )ou 1an manage t3e E$TRAN TRAN &SM C"MA Core Net9or: uBro ;ima6 'MS net9or: euipment an! so on a(so 1a((e! net9or: e(ements =NEs> manua1ture! 8) ua9ei. T3e M2000 provi!es t3e o((o9ing po9eru( OM un1tions 

Topo(og) Management =TM>



Coniguration Management =CM>



7au(t Management =7M>



Perorman1e Management =PM>



Se1urit) Management =SM>



Net9or: Time S)n13roniFation So(ution



"ata Ba1:up an! Restore So(ution



Remote an! Centra(iFe! NE pgra!e



'nventor) 'normation Iuer)

Base! on ne9 eatures o servi1es ater t3e intro!u1tion o sot s9it13 in t3e CN t3e M2000 provi!es t3e o((o9ing un1tions 

"ua($3oming management



MSC Poo( management



S&SN Poo(



o1a( net9or: management



N&N Test Management



Signa(ing in: Management



Aut3orit)$Base! an! "omain$Base! Management on a arge o1a( Net9or:

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Customer Preparation &ui!e to iManager M2000 an! PRS 'nsta((ation 

N&N Servi1e Management

;it3 regar! to t3e 1oniguration 1omp(e6it) o t3e TRAN an! &BSS an! t3e (arge num8er o parameters t3e M2000 provi!es t3e o((o9ing un1tions 

CME 1oniguration too(s



Sot9are management



Net9or: integration monitoring



i1ense management



Base Station Auto$"ep(o)ment



Automati1 Net9or: P(anning



NE ea(t3 C3e1:



Automati1 Net9or: OptimiFation



Po9er$Saving Management



MBTS ")nami1 Po9er S3aring



J

'.$.% Position of the (%))) in Networ4 'n a Te(e1ommuni1ation Management Net9or: =TMN> t3e M2000 is at t3e E(ement Management$(a)er =EM$(a)er>. 't provi!es a net9or: management intera1e or t3e Net9or: Management S)stem =NMS>. 7igure #.# s3o9s t3e position o t3e M2000 in a mo8i(e net9or:.

7igure #.# Position o t3e M2000 in a mo8i(e net9or:

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'.$.' (anaed N0s of (%))) I. 5verview T3e NE in .#.2 '7igure #.# 1an 8e t3e E$TRAN TRAN &BSS C"MA CN uBro 'MS ;ima6 an! t3e 'P !evi1es.

II. 067TRAN N0s  

eNo!eB 'P C(o1: Server

III. 7TRAN N0s T3e M2000 manages t3e o((o9ing NEs in t3e niversa( Terrestria( Ra!io A11ess Net9or: =TRAN>  

Mu(ti$Mo!e Base Station Contro((er =BSC,*00 MTS> No!eB



Ra!io Net9or: Contro((er =RNC>



Transmission &ate9a) =T&;#000>



'P C(o1: Server

IV. 89++ N0s T3e M2000 manages t3e o((o9ing NEs in t3e &SM Base Station Su8s)stem =&BSS> 

Mu(ti$Mo!e Base Station Contro((er =BSC,*00 &SM>



Base Station Contro((er =BSC,000>



Base Station Contro((er =BSC>



Base Station Contro((er =&T+00BSC>



Base Trans1eiver Station =BTS>



Pa1:et Contro((ing nit =PC5>



Pa1:et Contro((ing nit =PC>



Pa1:et Contro((ing nit =PC,000>

V. !D(A N0s T3e M2000 manages t3e o((o9ing NEs in t3e C"MA net9or: 

Mo8i(e S9it13ing Center =MSC>



Mo8i(e S9it13ing Center Server =MSC Server>

200*$+$,


#2/,#


Me!ia &ate9a) =M&;>



Pa1:et "ata Serving No!e =P"SN>



ome o1ation Register =R>



Base Station Contro((er =BSC>



Base Station Trans1eiver =BTS>



Ra!io A11ess Contro((er =RAC>



Ra!io A11ess nit =RA>



&roup ist Management Server =&MS>



PoC server



Trun:ing S9it13ing Center =TSC>

VI. !N N0s T3e M2000 manages t3e o((o9ing NEs in t3e Core Net9or: =CN> 

Serving &PRS Support No!e =S&SN>



&ate9a) &PRS Support No!e =&&SN>



Mo8i(e S9it13ing Center =2& MSC>



Mo8i(e Servi1e S9it13ing Center Server =MSC Server>



Me!ia &ate$;a) =M&;>



ome o1ation Register =R,>



ome o1ation Register =R*+20>



ome o1ation Register =R$"C>



ome o1ation Register =R$SC>



C3arging &ate9a) =C&>



S3are! 'nter9or:ing 7un1tion =S';7>



Signa(ing &ate9a) =S&-000>

VII. u9ro N0s 

A11ess &ate9a) =A&>



AP ome Register =AR>



'P C(o1: Server

200*$+$,


#/,#


Aut3oriFation Aut3enti1ation an! A11ounting =AAA>



AP management server =APM>

VIII. I(+ N0s 

Ca((ing Session Contro( 7un1tion =CSC7> =CSC00>



Convergent Servi1e Engine =CSE> =CSE*,00>



ome Su8s1ri8er Server =SS> =SS*+20>



Mu(time!ia E613ange Server =ME"'A@> =Me!ia@,00>



'P Centre6 ='PCTR@> =ETAS**,0>



Mu(time!ia Resour1e 7un1tion Contro((er =MR7C> =MRC,,00>



Mu(time!ia Resour1e 7un1tion Pro1essor =MR7P> =MRP,,00 ）



Resour1e an! Po(i1) Contro( S)stem =RM> =RM*000>



A!van1e! Te(ep3on) Server =ATS> =ATS**00>



C3arging Co((e1tion 7un1tion =CC7> =iC&*+#5>



Session Bor!er Contro((er =SBC> =SE200>

I:. Transmission and other devices 

Routers o NE40E series



AN s9it13es o S series



7ire9a((s o Eu!emon series



'Pse1 &ate9a)



"omain Name Server ="NS>



")nami1 ost Coniguration Proto1o( Server ="CP Server>



NE Bearing Server T3e servers t3at 8ear t3e S&-000 MSC Server an! i&;B.

'.$.* 5verview of Trace +erver To support TE net9or: pro8(em so(ving s)stem perorman1e management an! 7ARS un1tion anot3er server is a!!e! to M2000 net9or: to provi!e tra1e !ata 1o((e1tion an! storage or NE an! to provi!e !ata a11ess intera1e or upper OSS s)stem. T3is server is name! Tra1e Server. T3e sot9are M2000 Tra1e Server an! NASTAR SA 1an run on it. Tra1e Server is insta((e! in an in!epen!ent 1a8inet i t3ere are an) 1a8inets 3aving enoug3 spa1e an! input po9er it 1an 8e insta((e! in t3em too.

200*$+$,


#4/,#


7igure #.# T3e position o M2000 Tra1e Server

'.$., (%))) 0merency +ystem 5verview T3e M2000 emergen1) s)stem 3as (o9er 3ar!9are reuirements t3an t)pi1a( (o1a( an! remote A s)stems. T3e emergen1) s)stem is app(i1a8(e to t3e M2000 sing(e$server an! SS s)stems t3at are 8ase! on t3e Sun p(atorm. T3e emergen1) s)stem un1tions as a 8a1:up or t3e M2000 primar) s)stem. 't provi!es 8asi1 net9or: management servi1es 93en t3e primar) s)stem ai(s to provi!e servi1es proper(). T3e emergen1) s)stem an! t3e primar) s)stem 1an 8e !ep(o)e! on t3e same AN. T3e) 1an a(so 8e !ep(o)e! on !ierent ANs an! in t3is 1ase t3e ) 1ommuni1ate 9it3 ea13 ot3er t3roug3 an 'P net9or:.

7igure #.# P3)si1a( stru1ture o t3e M2000 emergen1) s)stem 93en it 8a1:s up N =N K 4>M2000 sing(e$server s)stem

T3e insta((ation o M2000 emergen1) s)stem 8ase! on SN p(atorm is as same as M2000 sing(e$s)tem 8ase! on T5220 or M4000/M5000.

'.% Introduction to (%))) T3e M2000 s)stem 9or:s in t3e 1(ient/server mo!e.

200*$+$,


#5/,#


T3e M2000 sot9are 1onsists o t3e 1(ient sot9are server sot9are an! NE me!iation sot9are 93i13 is mutua(() in!epen!ent. T3e 1(ient sot9are runs on t3e 1(ient an! t3e server sot9are an! me!iation sot9are run on t3e server. T3e 3ar!9are o an M2000 1(ient reers to a PC. A M2000 s)stem 1an 3ave mu(tip(e 1(ients an! mu(tip(e servers. T3e t9o servers 1ompose a ig3 Avai(a8i(it) =A> s)stem  an! mu(tip(e servers 1ompose a SS s)stem. 'n a!!ition to t3e server an! t3e 1(ient t3e M2000 s)stem ma) a(so in1(u!e t3e o((o9ing euipment as reuire! 

Router



S9it13



Times(ot 1ross$mu(tip(e6er

'.' Physical +tructure '.'.$ 5verview Physical +tructure A t)pi1a( M2000 s)stem in1(u!es 

M2000 Server=s>



M2000 C(ient=s>



M2000 A(arm 8o6



Ot3er net9or:ing !evi1es

sing a !ia($up server )ou 1an operate an! maintain t3e M2000 s)stem t3roug3 t3e Pu8(i1 S9it13e! Te(ep3one Net9or: =PSTN>.

'.'.% Physical +tructure of the +inle +erver +ystem 7igure $ s3o9s t3e p3)si1a( stru1ture o t3e M2000 sing(e server s)stem.

7igure #.# M2000 sing(e server s)stem

200*$+$,


#,/,#


'.'.' Physical +tructure of the #ocal HA +ystem 7igure $4 s3o9s t3e p3)si1a( stru1ture o t3e M2000 (o1a( A s)stem.

7igure #.# M2000 (o1a( A s)stem

Error Reeren1e sour1e not oun! !es1ri8es t3e !evi1es at t3e server si!e. "evi1es at t3e server si!e =o1a( A s)stem> Device

Description

A1tive server

T3e a1tive server 9or:s as t3e M2000 s)stem server. 't runs t3e M2000 server sot9are. 'n 1onun1tion 9it3 t3e stan!8) server t3e a1tive server monitors an! s9it13es server resour1es t3roug3 t3e Sun C(uster sot9are.

Stan!8) server

T3e stan!8) server provi!es re!un!an1) or t3e master server. ' t3e resour1es on t3e master server 9or: improper() )ou 1an use t3e Sun C(uster to s9it13 t3e resour1es over to t3e stan!8) server.

"is: arra)

T3e !is: arra) provi!es 3ig3() avai(a8(e storage spa1e or t3e master server. ' t3e master server 9or:s improper() t3e Sun C(uster mounts t3e !is: arra) on t3e stan!8) server.

A!ministration 1onso(e

T3e a!ministration 1onso(e provi!es t3e sing(e$point management o t3e 1(uster s)stem an! !ata8ases an! 3an!(es t3e au(ts o t3e 1(uster.

.

'.'.* Physical +tructure of the +#+ +ystem 7igure $5 s3o9s t3e p3)si1a( stru1ture o t3e M2000 SS s)stem.

200*$+$,


#-/,#


7igure #.# P3)si1a( stru1ture o t3e M2000 =SS s)stem> Error Reeren1e sour1e not oun! !es1ri8es t3e !evi1es at t3e server si!e. "evi1es at t3e server si!e =SS s)stem> Device

Description

Master server

T3e master server a1ts as t3e M2000 s)stem server an! operates t3e M2000 server sot9are. ' t3e stan!8) server e6ists )ou 1an use t3e VCS s13eme to imp(ement t3e monitoring an! s9it13over o t3e a1tive an! stan!8) servers.

S(ave server

T3e s(ave server 1o((e1ts an! stores perorman1e !ata. 't 1an !istri8ute t3e Me! pro1ess an! in!epen!ent() !istri8ute 1oniguration an! a(arm pro1esses. T3e a!!ition o s(ave servers 1an promote t3e pro1essing 1apa8i(it) o t3e M2000.' t3e stan!8) server e6ists )ou 1an use t3e VCS s13eme to imp(ement t3e monitoring an! s9it13over o t3e s(ave an! stan!8) servers.

Stan!8) server

T3e stan!8) server a1ts as t3e re!un!an1) o t3e master server or t3e s(ave server. T3e stan!8) server uses t3e VCS s13eme to imp(ement t3e s9it13over 8et9een t3e a1tive server an! t3e stan!8) server or t3e s9it13over 8et9een t3e s(ave server an! t3e stan!8) server. ' t3e resour1es monitore! 8) t3e VCS 8e1ome a8norma( t3e stan!8) server automati1a(() ta:es over t3e servi1es o t3e a1tive server. One stan!8) server is 1onigure! or t3e NL# so(ution. To9 stan!8) servers are 1onigure! or t3e NL2 so(ution.

"is: arra)

' a stan!8) server e6ists t3e !is: arra) provi!es t3e a1tive an! stan!8) servers 9it3 A storage. ' t3e a1tive server or t3e stan!8) server 8e1omes a8norma( t3e VCS mounts t3e !is: arra) on t3e stan!8) server. T3e master an! s(ave servers are in3erent() euippe! 9it3 i8er !is: arra)s. T3ese !is: arra)s are 1onne1te! t3roug3 a i8er s9it13.

200*$+$,


#+/,#


A!ministration 1onso(e

T3e a!ministration 1onso(e provi!es t3e sing(e$point management o t3e 1(uster s)stem an! !ata8ases an! 3an!(es t3e au(ts o t3e 1(uster.

'.'., Physical +tructure of the ATA0 !luster +ystem "eve(ope! on t3e ATAE p(atorm t3e ATAE 1(uster s)stem a((o9s t3e !ep(o)ment o mu(tip(e 8(a!es to provi!e po9eru( management 1apa8i(it). Consisting o mu(tip(e server 8(a!es s9it13ing 8(a!es OSS se( management unit =OSM> an! !is: arra)s t3e ATAE 1(uster s)stem 3as t3e o((o9ing eatures 

ig3 integration



3ig3 perorman1e



N# re!un!an1)



3ar!9are re!un!an1)



8(a!e p(ug$an!$p(a)



OSM inte((igent management

;it3 t3e in1reasing !eman! o en3an1e! management 1apa8i(it) users 1an imp(ement 1apa1it) e6pansion 8) a!!ing 8(a!es. 'n a!!ition mu(tip(e OSS pro!u1ts su13 as t3e M2000 an! t3e PRS 1an 8e !ep(o)e! on t3e ATAE 1(uster s)stem in a 1entra(iFe! manner. T3is ena8(es te(e1om operators to use mu(tip(e OSS pro!u1ts at t3e same time. 7igure $, s3o9s t3e p3)si1a( stru1ture o t3e ATAE 1(uster s)stem.

7igure #.# P3)si1a( stru1ture o t3e ATAE 1(uster s)stem Error Reeren1e sour1e not oun! !es1ri8es t3e !evi1es on t3e server si!e in t3e ATAE 1(uster s)stem.

200*$+$,


#*/,#


T3e t)pi1a( 1oniguration on t3e server si!e ta:es t3e s1enario 93ere t3e M2000 an! t3e PRS are 8ot3 !ep(o)e! in an ATAE su8ra1: as an e6amp(e. ' on() t3e M2000 is !ep(o)e! t3e 8(a!es re(ate! to t3e PRS nee! not 8e 1onigure!. "evi1es at t3e server si!e =ATAE C(uster> Device

Description

An ATAE su8ra1: 1an 8e 1onigure! 9it3 #4 8(a!es. T3e t)pi1a( 1onigurations in t3e s1enario 93ere t3e M2000 an! t3e PRS are 8ot3 !ep(o)e! in an ATAE su8ra1: are as o((o9s T3e OSM monitors an! manages t3e entire ATAE 1(uster s)stem an! 1an 8e a11esse! t3roug3 a ;e8 8ro9ser.





ATAE su8ra1:

T9o s9it13ing 8(a!es provi!e t3e un1tions o a s9it13.

One master servi1e 8(a!e one s(ave servi1e 8(a!e one stan!8) 8(a!e an! one !ata8ase 8(a!e orm t3e M2000 s)stem.



One servi1e 8(a!e one stan!8) 8(a!e an! one !ata8ase 8(a!e orm t3e PRS s)stem.



One stan!8) !ata8ase 8(a!e provi!es t3e 3ot 8a1:up servi1e or t3e !ata8ase 8(a!es o t3e M2000 an! t3e PRS.





"is: arra)

T3ree reserve! 8(a!es are use! or 1apa1it) e6pansion.

Ot3er server 8(a!es e61ept t3e OSM use t3e !is: arra) as a storage !evi1e.

'.'.- Physical +tructure of the Remote HA +ystem sing t3e 1(uster sot9are t3e M2000 ma:es a1tive an! stan!8) servers in !ierent (o1ations 1onstitute a remote A s)stem. T3e a1tive an! stan!8) servers 1ommuni1ate 9it3 ea13 ot3er t3roug3 t3e operation an! maintenan1e net9or: an! gain a11ess to !is: arra)s o !ierent groups. 7igure $- s3o9s t3e p3)si1a( stru1ture o t3e remote A s)stem.

200*$+$,


20/,#


7igure #.# P3)si1a( stru1ture o t3e remote A s)stem Error Reeren1e sour1e not oun! !es1ri8es t3e !evi1es at t3e server si!e in t3e remote A s)stem. "evi1es at t3e server si!e in t3e remote A s)stem Device

Description

Server

T3e a1tive server 9or:s as t3e M2000 s)stem server. 't runs t3e M2000 server sot9are. T3e servers in t3e te(e1ommuni1ations rooms ' an! '' monitor an! s9it13 server resour1es t3roug3 t3e 1(uster sot9are.

"is: arra)

T3e !is: arra) provi!es 3ig3() avai(a8(e storage spa1e or t3e servers. ' t3e a1tive server 9or:s improper() t3e 1(uster sot9are mounts t3e !is: arra) on t3e stan!8) server.

'.* Typical (%))) +erver !onfiuration '.*.$ (%))) A11or!ing to manage! euiva(ent NEs t3e M2000 server ma) 8e 

Sun SE=SPARC Enterprise> T5220



Sun SE=SPARC Enterprise> M4000



Sun SE=SPARC Enterprise> M5000



ATAE s)stem

'.*.% Trace +erver P "5+0 a1ts as M2000 Tra1e Server in M2000 s)stem.

200*$+$,


2#/,#


'.*.' (%))) 0merency +ystem SN T5220 or M4000 Server a1ts as M2000 emergen1) s)stem an! its insta((ation is as same as a M2000 sing(e$s)stem.

'., #ayout of !abinet '.,.$ +un +0 T,%%) +inle +erver ; #ocal Dual +erver M2000 sing(e or A s)stem 1omposing 9it3 T5220 Server on() nee!s one ua9ei N,#0E$22 1a8inet. ' t3ere is M2000 Tra1e Server or ne9 proe1t Tra1e Server 1an 8e insta((e! 9it3 T5220 server in one N,#0E$22 1a8inet. But or e6istent M2000 it re1ommen!s t3at Tra1e server s3ou(! 8e insta((e! in ot3er ne9 1a8inet or an) one 3aving enoug3 spa1e an! input po9er.

7igure #.# M2000 A s)stem an! Tra1e Server 1o$!ep(o)e! in one 1a8inet =Ne9 proe1t> 200*$+$,


22/,#


7igure #.2 M2000 A s)stem an! Tra1e Server !ep(o)e! in !ierent 1a8inet =E6pansion>

'.,.% +un +0 (*)));(,))) +inle +erver M2000 sing(e s)stem 1omposing 9it3 M4000/M5000 Server nee!s one N,#0E$22 1a8inet or one SN ra1: ='t?s not re1ommen!e! on() or meeting 1ustomer?s spe1ia( reuirements an! SN Ra1: '' #042 3as ma6mum , AC po9er inputs.>. ' t3ere are some 'P net9or: !evi1es or M2000 Tra1e server ，anot3er N,#0E$22 1a8inet s3ou(! 8e 1onigure!.

200*$+$,


2/,#


7igure #.# M2000 sing(e s)stem an! Tra1e Server =N,#0E$22 Ca8inet>

200*$+$,


24/,#


7igure #.2 M2000 sing(e s)stem =SN 1a8inet>

'.,.' +un +0 (*)));(,))) #ocal HA system M2000 o1a( A s)stem 1omposing 9it3 M4000 servers on() nee!s one ua9ei N,#0E$22 1a8inet an! 9it3 M5000 servers nee!s t9o N,#0E$22 1a8inets. ' t3ere are some 'P net9or: !evi1es su13 as routers or M2000 Tra1e server anot3er N,#0E$22 1a8inet s3ou(! 8e a!!e!. 'n or!er to meet 1ustomer?s spe1i1a( reuirements M4000/M5000 server 3ave to 8e insta((e! in SN ra1:. One SN ra1: '' 1an 3o(! t9o M4000/M5000 servers so M2000 (o1a( A s)stem nee!s one SN ra1: an! one net9or: 1a8inet.

200*$+$,


25/,#


7igure #.# M2000 A s)stem 9it3 M4000 = ua9ei 1a8inet  e61(u!ing Tra1e Server>

200*$+$,


2,/,#


7igure #.2 M2000 A s)stem 9it3 M5000 = ua9ei 1a8inet e61(u!ing Tra1e server>

200*$+$,


2-/,#


7igure #. M2000 A s)stem 9it3 M4000/M5000 = SN Ra1: >

'.,.* +un +0 (*)))<(,))) Remote HA system 't is simi(ar to t3e t9o sing(e Server s)stems at !ierent oi1es

'.,., +un +0 (*)))<(,))) +#+ +ystem=Huawei cabinet>

7igure #.# M2000 SS s)stem 9it3 M4000/M5000 server = ua9ei 1a8inet> ' t3ere is M2000 Tra1e Server it s3ou(! 8e insta((e! in net9or: 1a8inet or anot3er one 93o 3as enoug3 spa1e an! input po9er. 200*$+$,


2+/,#


'.,.- +un +0 (*)))<(,))) +#+ system=+7N RA!?>

7igure #.# M2000 SS s)stem 9it3 M4000/M5000 = SN ra1: > ' t3ere is M2000 Tra1e Server it s3ou(! 8e insta((e! in net9or: 1a8inet or anot3er one 93i13 3as enoug3 spa1e an! input po9er.

'.,. ATA0 cluster +ystem 7or "C po9er input t3ere are t9o N,+E$22 1a8inets one is M2000 ATAE 1a8inet an! t3e ot3er is 'P net9or: 1a8inet =optiona(>H 7or AC Po9er input one N,+E$22 1a8inet is use! to insta(( M2000 ATAE su8 ra1: anot3er N,#0E$22 is use! as net9or: 1a8inet =optiona(>.

200*$+$,


2*/,#


7igure #.# M2000 ATAE S)stem

!hapter * Product Instruction of PR+ *.$ PR+ 5verview T3e iManager PRS !eve(ope! 8) ua9ei is a p(atorm or !isp(a)ing perorman1e reports an! ana()sis !ata an! is integrate! 9it3 t3e prime o ua9eis e6perien1e on net9or: management. T3e PRS provi!es ei1ient an! various met3o!s o storing an! !isp(a)ing !ata. 7or ease o net9or: pro8(em (o1a(iFation t3e PRS ena8(es users to 1ustomiFe a net9or: monitoring report or monitoring t3e operationa( status o t3e net9or: in rea( time an! t3us meeting operators reuirements or various time() an! ui1: servi1es.

200*$+$,


0/,#


*.% The deployment of the PR+ T3ere are t3ree s1enarios a8out t3e !ep(o)ment o t3e PRS. 

PRS server =PC server> is insta((e! in a in!epen!ent N,#0E$22 1a8inetH



PRS server =PC server> is insta((e! in an) M2000/NASTAR/Tra1e Server 1a8inets 93i13 3ave enoug3 spa1e an! input po9er.



PRS sot9are is !ep(o)e! on ATAE 8oar! 93i13 is insta((e! in ATAE su8 ra1: in M2000 1a8inet.

*.' Physical structure T3e PRS is 1ompose! o t3e server an! t3e 1(ient. Current() a(( t3e servi1es are !ep(o)e! on one server an! mu(tip(e 1(ients 1an 8e !ep(o)e! in t3e s)stem. 7igure 4$# s3o9s t3e 3ar!9are ar13ite1ture o t3e PRS.

7igure #.# ar!9are Ar13ite1ture o t3e PRS

*.* Typical confiuration T3e PRS server ma) 8e 

P "5+0 &-



P "-+5



P "*+0



ATAE s)stem

T)pi1a( PRS server Conigurations are o((o9ing

200*$+$,


#/,#


T)pi1a( 1oniguration o PRS server =P> Item

HP D#,/) 8

HP D#/,

HP D#,/) 8

Num8er o CPs

6*E7540 6c2.0GHz or faster

+2.+&F AM" +4* SE


Main reuen1) o t3e CP =&F>

2.0&F

2.+&F

2.0&F

Memor) =&B>

32G(8*4G)

,4&

64G(16*4G)

ar! !is:

+#4,&B/00&B

2#4,&B/00&B

200&B

"is: arra) =&B>

None

S2,00

S2,00（#2450&B

（#2450&B ）

）

A11essories

"V"R;/ TO4 Tape !river/Et3ernet a!apter/Eng(is3 !o1umentation

"V"/ Et3ernet a!apter/Eng(is3 !o1umentation /Tape "river TO4


Operating s)stem

SSE inu6 Enterprise Server #0/ Eng(is3 !o1umentation

Nove(( SuSE 'N@ Enterprise Server $v#0.0 $or 6+,$2/,4


"ata8ase

Ora1(e "ata8ase Stan!ar! E!ition ##g



App(i1ation sot9are

PRS Server app(i1ation sot9are

Re1ommen!e! 3ar!9are 1oniguration o t3e PRS !onfiuration 5b@ect

!onfiuration Re3uirement C(ient t)pe 1ommon PC CP Pentium 'V #.+ &F or aster

C(ient o t3e PRS

Memor) #&B ar! !is: +0 &B Atta13ment "V"$R;/Net9or: a!apter/#- C" !isp(a)

200*$+$,


2/,#


*., #ayout of cabinet *.,.$ HP D#,/) 8 On() one N,#0E$22 1a8inet is nee!e! or t3e P "5+0 server it 1an 8e s3are! 9it3 t3e M2000 !evi1e or 8e o11upie! a(one 8) t3e P " 5+0. Be1ause "5+0 3as no !is: arra) ma6mum  "5+0 severs 1an 8e insta((e! in one N,#0E$22 1a8inet.

*.,.% HP D#/, !is: arra)s so one N,#0E$22 1a8inet on() 1an 3o(! one "*+0 an! its !is: arra)sor "-+5 an! its !is: arra)s.

!hapter , Product Instruction of NA+TAR ,.$ NA+TAR 5verview T3e NASTAR =3ereinater reerre! to as NASTAR> is a s)stem t3at perorms (o1a(iFation an! ana()sis o ua(it)$re(ate! pro8(ems on t3e ra!io net9or: or e6amp(e &SM/&NASTAR/E"&E C"MA/#6"O/EV"O an! MTS/SPA/S"PA. T3is s)stem supports mu(ti$user operations an! mu(tip(e t)pes o ra!io perorman1e ana()sis. 't provi!es a 8asi1 supporting p(atorm or t3oroug3 ra!io net9or: ana()sis an! pro8(em (o1a(iFation.

,.% The deployment of the NA+TAR NASTAR 1an 8e !ep(o)e! in t9o situations 

NASTAR server is (o1ate! in M2000/PRS/"AMS/VNP 1a8inet 93i13 3as enoug3 spa1e an! input po9er.



NASTAR server is (o1ate! in uniue 1a8inet.

,.' Physical structure T3e NASTAR is 1ompose! o t3e server an! t3e 1(ient. Current() a(( t3e servi1es are !ep(o)e! on one server an! mu(tip(e 1(ients 1an 8e !ep(o)e! in t3e s)stem.

200*$+$,


/,#


7igure #.# ar!9are Ar13ite1ture o t3e NASTAR

,.* Typical confiuration T3e NASTAR server ma) 8e 

P "5+0 &-



P "-+5



P "*+0

T)pi1a( NASTAR Server Conigurations are o((o9ing T)pi1a( 1oniguration o NASTAR server =P> Item

HP D#,/) 8

HP D#/,

HP D#2/) 8

Num8er o CPs


+2.+&F AM" +4* SE


Main reuen1) o t3e CP =&F>

2.0&F

2.+&F

2.0&F

Memor) =&B>

32G(8*4G)

,4&

64G(16*4G)

ar! !is:

+#4,&B/00&B

2#4,&B/00&B

200&B

"is: arra) =&B>

None

S2,00 （#2450&B ）

S2,00 =#2450&B>

200*$+$,


4/,#


A11essories


"V"/ Et3ernet a!apter/Eng(is3 !o1umentation /Tape "river TO4


Operating s)stem


Nove(( SuSE 'N@ Enterprise Server $v#0.0 $or 6+,$2/,4


"ata8ase





NASTAR Server app(i1ation sot9are

Re1ommen!e! 3ar!9are 1oniguration o t3e NASTAR 1(ient !onfiuration 5b@ect


C(ient o t3e NASTAR


,., #ayout of cabinet ,.,.$ HP D#,/) 8 On() one N,#0E$22 1a8inet is nee!e! or t3e P "5+0 server it 1an 8e s3are! 9it3 t3e M2000 !evi1e or 8e o11upie! a(one 8) t3e P " 5+0. Be1ause "5+0 3as no !is: arra) ma6mum  "5+0 severs 1an 8e insta((e! in one N,#0E$22 1a8inet.

,.,.% HP D#/, !is: arra)s so one N,#0E$22 1a8inet on() 1an 3o(! one "*+0 an! its !is: arra)sor "-+5 an! its !is: arra)s.

200*$+$,


5/,#


!hapter - Product Instruction of DA(+ -.$ DA(+ 5verview iManager "AMS provi!es t3e 9ire(ess net9or: parameters so(ution 93i13 support &SMMTS an! T"$SC"MA. "AMS 1an map NE parameters o !ierent versions to t3e same parameters it ma:es t3e !ieren1es 8et9een versions transparent or users ina(() improves t3e parameters management ei1ien1).

-.% The deployment of the DA(+ "AMS 1an 8e !ep(o)e! in t9o situations 

"AMS server is (o1ate! in M2000/PRS/VNP 1a8inets 93i13 3ave enoug3 spa1e an! input po9er.



"AMS server is (o1ate! in uniue 1a8inet.

-.' Physical structure T3e "AMS is 1ompose! o t3e server an! t3e 1(ient. Current() a(( t3e servi1es are !ep(o)e! on one server an! mu(tip(e 1(ients 1an 8e !ep(o)e! in t3e s)stem.

7igure #.# ar!9are Ar13ite1ture o t3e "AMS

-.* Typical confiuration T3e "AMS server ma) 8e P "5+0 93i13 t)pi1a( server 1oniguration as o((o9ing

200*$+$,


,/,#


T)pi1a( 1oniguration o "AMS server =P> Item

HP D#,/) 8

Num8er o CPs


Main reuen1) 2.0&F o t3e CP =&F>

32G(8*4G)

Memor) =&B> ar! !is:

+#4,&B/00&B （RA'"5）

"is: arra) =&B>

None

A11essories

"V"/ TO4 Tape !river/Et3ernet a!apter/Eng(is3 !o1umentation

Operating s)stem


"ata8ase



"AMS Server app(i1ation sot9are Re1ommen!e! 3ar!9are 1oniguration o t3e "AMS

!onfiuration 5b@ect


C(ient o t3e "AMS


-., #ayout of cabinet -.,.$ HP D#,/) 8 On() one N,#0E$22 1a8inet is nee!e! or t3e P "5+0 server it 1an 8e s3are! 9it3 t3e M2000 =on() or T5220>/PRS/M2000 Tra1e Server !evi1e or 8e o11upie! a(one 8) t3e P " 5+0. Ma6mum  "5+0 servers 1an 8e insta((e! in one N,#0E$22 1a8inet.

200*$+$,


-/,#


!hapter  Product Instruction of VNP .$ VNP 5verview T3e Ven!or Net9or: Pro8e =VNP> is an MS event report s)stem provi!e! 8) ua9ei or Vo!aone. T3e VNP is app(i1a8(e on() to t3e &SM net9or: an! is not 1ontro((e! 8) (i1ense.

.% The deployment of the VNP VNP server 1an 8e !ep(o)e! in t9o situations 

VNP server is (o1ate! in M2000 Tra1e server/PRS/NASTAR 1a8inet 93i13 3as enoug3 spa1e an! input po9er.



VNP server is (o1ate! in uniue 1a8inet.

.' Physical structure T3e VNP 9or:s as a stan!a(one server 9it3out 1(ient. T3e server ta:es t3e responsi8i(it) o re1eiving an! reporting NE events an! '" s)n13roniFing 93i13 is a rea($time message pro1essing s)stem.

7igure #.# ar!9are Ar13ite1ture o t3e VNP

200*$+$,


+/,#


.* Typical Typical confiuration confiura tion T3e VNP server ma) 8e P "5+0 93i13 t)pi1a( server 1oniguration as o((o9ing T)pi1a( 1oniguration o VNP server =P> Item

HP D#,/) 8

Num8er o CPs


Main reuen1) 2.0&F o t3e CP =&F>

32G(8*4G)

Memor) =&B> ar! !is:

+#4,&B/00&B （RA'"5）

"is: "is: arra) rra) =&B> =&B>

None None

A11essories

"V"/ TO4 TO4 Ta Tape !river/Et3ernet !river/Et3ernet a!apter/Eng a!apter/Eng(is3 (is3 !o1umentation !o1umentation

Operating s)stem

SSE inu6 inu6 Enterprise Server #0/ Eng(is3 Eng(is3 !o1umentatio !o1umentation n

"ata8ase

None


VNP Server app(i1ation sot9are Re1ommen!e! 3ar!9are 1oniguration o t3e VNP C(ient

!onfiuration 5b@ect


C(ient o t3e VNP

Memor) #&B ar! !is: +0 &B Atta13ment Atta13ment "V"$R;/Net9or: "V"$R;/Net9or: a!apter/#- a!apter/#- C" !isp(a) !isp(a)

., #ayout of cabinet .,.$ HP D#,/) 8 On() one N,#0E$22 1a8inet is nee!e! or t3e P "5+0 server it 1an 8e s3are! 9it3 t3e PRS/NASTAR/M2000 Tra1e Server !evi1e or 8e o11upie! a(one 8) t3e P " 5+0.

200*$+$,


*/,#


!hapter / Physical and 0lectric Inde1es /.$ 0nineerin +pecifications of (%))) T3e engineering spe1ii1ations in1(u!e siFe 9eig3t po9er input range an! po9er 1onsumption.

/.$.$ The specifications specifications of (%))) servers servers and cabinets cabinets T3e Spe1ii1ations o SN servers an! 1a8inets Item

+pecifications

Server mo!e(

Sun SE T5220

Sun SE M4000

Sun SE M5000

Server !imensions =;  "  >

425 mm 6 -#4 mm 6 ++ mm

444 mm 6 +#0 mm 6 2, mm

444 mm 6 +#0 mm 6 440 mm

Server 9eig3t

2.5+ :g

+4 :g

#25 :g

N,#0E$22

N,#0E$22

Sun Ra1: #000$42

Sun Ra1: #000$42

N,#0E$22 ,00 mm  #000 mm  2200 mm

N,#0E$22 ,00 mm  #000 mm  2200 mm

Sun Ra1: #000$42 ,00mm 6 #000mm 6 205-mm

Sun Ra1: #000$42 ,00mm 6 #000mm 6 205-mm

AC 220 =200 =200 to 240> 240> 2$9a)s inputs

AC 220 =200 =200 to 240>

Ca8inet

N,#0E$22

Ca8inet !imensions =;  "  >

Server Po9er input =V>

,00 mm  #000 mm  2200 mm

AC 220 =200 =200 to 240> 2$9a)s inputs

4$9a)s inputs

T3e Spe1ii1ations o ATAE servers an! 1a8inets Item

+pecifications

Su8ra1: mo!e(

AT+22 / AT +2,#

Su8ra1: !imensions =; 6 " 6 >

4, mm 6 ,#*.5 mm 6 450 mm

Su8r Su8ra1: a1: 9eig3 9eig3tt =:g> =:g>

#2-:g #2-:g =u(( =u(( 1onig 1onigur urati ation on>>

Su8ra1: po9er 1onsumption

2250; =u(( 1oniguration>

Ca8inet

N,+E$22 200*$+$,


40/,#


Item

+pecifications

Ca8inet !imensions =; 6 " 6 >

,00 mm 6 +00 mm 6 2200 mm $4+ V"C=$40 V"C ～$5- V"C> 4$9a)s inputs


220 VAC=*0 VAC ～2,0 V"C> 4$9a)s inputs

/.$.% The specifications specifications of Trace Trace +erver and and cabinet Item

Spe1ii1ations

Server mo!e(

P "5+0 &-

Server !imensions =; 6 " 6 >

4+mm 6 -00mm 6 #-,mm

Server 9eig3t =:g>

45.4:g

Ca8inet

N,#0E$22


2200mm 6,00mm 6#000mm


220V AC=*0V～2,0V> 4$9a)s inputs

/.% PR+ +erver 0nineerin 0nineerin +pecifications /.%.$ The specifications specifications of PR+ server server and cabinet Item

+pecifications

Server mo!e(

P "5+0 &-

P "-+5

P "*+0 &-


4+mm 6 -00mm 6 #-,mm

440mm 6 ,*,mm 6 05.+mm

4+mm 6 +-,mm 6 54mm

Server 9eig3t =:g>

45.4:g

-2:g

-5*:g

Ca8inet

N,#0E$22

N,#0E$22

N,#0E$22


,00mm 6 #000mm 6 2200mm

,00mm 6 #000mm 6 2200mm

,00mm 6 #000mm 6 2200mm


220V AC=*0V ～ 2,0V> 4$9a)s inputs

200*$+$,

##0V AC（*0V～#2V）/ 220V AC=200V ～ 240V>，,$9a)s inputs A;E' Coni!entia(

220V AC=*0V ～2,0V> 8$ 9a)s inputs

4#/,#


/.' NA+TAR +erver 0nineerin +pecifications /.'.$ The specifications of NA+TAR server and cabinet Item

+pecifications

Server mo!e(

P "5+0 &-

P "-+5

P "*+0 &-


4+mm 6 -00mm 6 #-,mm

440mm 6 ,*,mm 6 05.+mm

4+mm 6 +-,mm 6 54mm

Server 9eig3t =:g>

45.4:g

-2:g

-5*:g

Ca8inet

N,#0E$22

N,#0E$22

N,#0E$22


,00mm 6 #000mm 6 2200mm

,00mm 6 #000mm 6 2200mm

,00mm 6 #000mm 6 2200mm


220V AC=*0V ～ 2,0V> 4$9a)s inputs

##0V AC（*0V～#2V）/ 220V AC=200V ～ 240V>，,$9a)s inputs

220V AC=*0V～2,0V> 8$ 9a)s inputs

/.* DA(+ +erver 0nineerin +pecifications /.*.$ The specifications of DA(+ server and cabinet Item

Spe1ii1ations

Server mo!e(

P "5+0 &-


4+mm 6 -00mm 6 #-,mm

Server 9eig3t =:g>

45.4:g

Ca8inet

N,#0E$22


2200mm 6,00mm 6#000mm



200*$+$,


42/,#


/., VNP +erver 0nineerin +pecifications /.,.$ The specifications of VNP servers and cabinets Item

Spe1ii1ations

Server mo!e(

P "5+0 &-


4+mm 6 -00mm 6 #-,mm

Server 9eig3t =:g>

45.4:g

Ca8inet

N,#0E$22


2200mm 6,00mm 6#000mm



/.- Power consumption of all the e3uipment 03uipment M2000 C(ent

eiht =4>

Power consumption=>

##.+* ,5

P Compa "C-*00=9it3out !isp(a) !evi1e> #+., Sun Netra 240

"C 5-0 AC 550

Sun 7ire V+*0

#0.,

200

Sun 7ire E4*00

##.#

4#+0

Sun SE=Spar1 Enterprise > T5220

2.,

-*5

Sun SE=Spar1 Enterprise > M4000

+4

250

Sun SE=Spar1 Enterprise > M5000

#25

45*0

P r62,,0

2+

-*+

P r6-,40

#0#.,

2#2+

P "5+0 =&5 an! &->

45.4

#00

P "-+5

-2

#2-

P "*+0

-5*

4200

P "+0&5

2-.2

#000

200*$+$,


4/,#


ATAE su8ra1: =u(( 1oniguration>

#2-

2250

ATAE ront 8oar!

#-0

ATAE 8a1: 8oar!

#4.2

ATAE ront s9it13ing 8oar!

+0

ATAE 8a1: s9it13ing 8oar!

#5

Iui!9a) AR4,$20

#+

+,

Iui!9a) AR4,$+0

2+

2#

Iui!9a) AR2+$#0/AR2+$##

,0

Iui!9a) S20#,'

#2

Iui!9a) S*2+E'

.5

40

Iui!9a) S2+TP

2.5

20

Iui!9a) S52+C

-.+

,0

Iui!9a) S5,24

-.5

#-0

Bra1a!e 200E

4.*

-0

Si(:;orm 4#40

2#0 #.4

DVM

AC=#20V> 25 AC=20V>54., "C-5

Mer1ur) ,00



20

StorageTe: ,#40

40

+00

O1eanStor S#00/S200

*.5

44,

Tape (i8rar) S1a(ar 24

0.2

-,

Tape !river Sun StorageTe: #

*.0-

#40

Tape Arra) 500

2

#*2

StorE!ge "240

22.,+

#0

N,+E$22

#00

N,#0E$22

#20

Sun Ra1: *00

+0

Sun Ra1: #000

-5

200*$+$,


44/,#


!hapter 2 03uipment Room 0nvironment 2.$ +torae Re3uirements T3e M2000 an! PRS 3as storage reuirements in terms o t3e 1(imate 9aterproo 1on!ition 8io(ogi1a( environment air purit) an! me13ani1a( stress.

2.$.$ !limatic Re3uirements (ists t3e 1(imati1 reuirements or t3e euipment storage. C(imati1 reuirements or t3e euipment storage Item

Rane

A(titu!e

K 5000 m

Air pressure

-0 :Pa to #0, :Pa

Temperature

0  to L40

Temperature 13ange rate

K # /min

Re(ative 3umi!it) =Q>

#0Q to #00Q

So(ar ra!iation =;/s 2>

K ##20

eat ra!iation =;/s2>

K ,00

;in! spee!

K 0 m/s

2.$.% aterproof Re3uirements (ists 9aterproo reuirements or t3e euipment storage. ;aterproo reuirements If... T3e euipment is store! in a room

200*$+$,

Re3uirements 

No 9ater a11umu(ates on t3e groun! or a((s on t3e pa1:age.



T3e euipment is :ept a9a) rom 9ater sour1es su13 as a 3)!rant an! air$1on!itioner.


45/,#


Ensure t3at

T3e euipment is p(a1e! out!oors



T3e pa1:age is inta1t.



;aterproo measures are app(ie! to prevent entr) o 9ater.



No 9ater a11umu(ates on t3e groun! or a((s on t3e pa1:age.



T3e pa1:age is not e6pose! !ire1t() to sun(ig3t.

2.$.' 9ioloical Re3uirements Ensure t3at t3e p(a1e or euipment storage is ree rom  

7ungus or mi(!e9 Ro!ents

2.$.* Air Purity Re3uirements 

T3e air must 8e ree o e6p(osive 1on!u1tive magneti1 1on!u1tive or 1orrosive !ust.



T3e !ensit) o p3)si1a(() a1tive materia(s must 1omp() 9it3 t3e reuirements (iste! in .

Storage reuirements or p3)si1a(() a1tive materia(s Physically active material

7nit

Density

Suspen!e! !ust

mg/m 

K 5.00

7a((ing !ust

mg/m2!3

K 20.0

San!

mg/m

K 00

NOTE:

Suspended dust: Diameter ≤ 75 μm Falling dust: 75 μm ≤ Diameter ≤ 150 μm Sand: 150 μm ≤ Diameter ≤ 1000 μm



T3e !ensit) o 13emi1a(() a1tive materia(s must 1omp() 9it3 t3e reuirements (iste! in

Storage reuirements or 13emi1a(() a1tive materia(s !hemically active (aterial SO2 2S 200*$+$,

7nit

Density

mg/m

K 0.0

mg/m

K 0.#0


4,/,#


NO2

mg/m

K 0.50

N

mg/m

K #.00

C(2

mg/m

K 0.#0

C

mg/m

K 0.#0

7

mg/m

K 0.0#

mg/m

K 0.05

O

2.$., (echanical +tress Re3uirements (ists t3e me13ani1a( stress t3at t3e euipment 1an en!ure !uring t3e storage. Storage reuirements re(ate! to me13ani1a( stress Item

+ub6item

Sinusoi!a( vi8ration

nstea!) impa1t

Rane

Oset =mm>

K -.0

None

A11e(erate! spee! =m/s 2>

None

K 20.0

7reuen1) range =F>

2 to *

* to 200

'mpa1t response spe1trum '' =m/s2>

K 250

Stati1 pa)(oa! =:Pa>

K5

NOTE:

Impact response spectrum: The maximum acceleration response curve generated ! the e"uipment under speci#ied impact excitation$ Impact response spectrum II means that the duration o# semi%sine impact response spectrum is & ms$ Static pa!load: The capailit! o# the e"uipment to ear the pressure #rom the top 'hen it is pac(ed in the normal pile%up method$

2.% Transportation Re3uirements T3e M2000 an! PRS 3ave transportation reuirements in terms o t3e 1(imate 9aterproo 1on!ition 8io(ogi1a( environment air purit) an! me13ani1a( stress.

2.%.$ !limatic Re3uirements (ists t3e 1(imati1 reuirements or t3e transportation o t3e euipment. C(imati1 reuirements or transporting t3e euipment Item A(titu!e 200*$+$,

Rane K 5000 m A;E' Coni!entia(

4-/,#


Air pressure

-0 :Pa to #0, :Pa

Temperature

0 to L40

Temperature 13ange rate = /min>

K

umi!it) =Q>

5Q to #00Q

So(ar ra!iation =;/s 2>

K ##20

eat ra!iation =;/s2>

K ,00

;in! spee!

K 0 m/s

2.%.% aterproof Re3uirements Beore transporting t3e euipment ma:e sure t3at 

T3e pa1:age is inta1t.



;aterproo measures are a!opte! to prevent entr) o 9ater.



T3ere is no 9ater in t3e ve3i1(e use! or transporting.

2.%.' 9ioloical Re3uirements Ma:e sure t3at t3e ve3i1(e is ree rom  

7ungus or mi(!e9 Ro!ents

2.%.* Air Purity Re3uirements 

T3e air must 8e ree o e6p(osive 1on!u1tive magneti1 1on!u1tive or 1orrosive !ust.




Reuirements or p3)si1a(() a1tive materia(s in t3e transportation environment Physically active material

7nit

Density

Suspen!e! !ust

mg/m 

$

7a((ing !ust

mg/m2!3

K .0

San!

mg/m

K #00

200*$+$,


4+/,#

Customer Preparation &ui!e to iManager M2000 an! PRS 'nsta((ation NOTE:

Suspended dust: Diameter ≤ 75 μm Falling dust: 75 μm ≤ Diameter ≤ 150 μm Sand: 150 μm ≤ Diameter ≤ 1000 μm



T3e !ensit) o 13emi1a(() a1tive materia(s must 1omp() 9it3 t3e reuirements (iste! in .

Transportation reuirements or p3)si1a(() a1tive materia(s !hemically active material SO2

2S

7nit

Density

mg/m

K 0.0

mg/m

K 0.#0

NO2

mg/m

K 0.50

N

mg/m

K #.00

C(2

mg/m

K 0.#0

C

mg/m

K 0.#0

7

mg/m

K 0.0#

mg/m

K 0.05

O

2.%., (echanical +tress Re3uirements (ists t3e me13ani1a( stress t3at t3e euipment 1an en!ure !uring t3e transportation. Transportation reuirements re(ate! to me13ani1a( stress Item

Sinusoi!a( vi8ration

+ub6item

Rane

Oset =mm>

K -.5

$

$

A11e(erate! spee! =m/s2>

$

K 20.0

K 40.0


2 to *

* to 200

200 to 500

Spe1trum !ensit) o a11e(erate! spee! =m2/s>

#0



#


2 to *

* to 200

200 to 500

'mpa1t response spe1trum '' =m/s2>

K 00

Stati1 pa)(oa! =:Pa>

K #0

Ran!om vi8ration

nstea!) impa1t

200*$+$,


4*/,#

Customer Preparation &ui!e to iManager M2000 an! PRS 'nsta((ation NOTE:


2.' or4in 0nvironment Re3uirements T3e M2000 an! PRS 3ave 9or:ing environment reuirements in terms o t3e 1(imate 9aterproo 1on!ition 8io(ogi1a( environment air purit) an! me13ani1a( stress.

2.'.$ !limatic Re3uirements an! (ist t3e 1(imati1 reuirements or t3e operation o t3e euipment. Temperature an! 3umi!it) reuirements or t3e operation Temperature = ℃>

Relative humidity =B>

Norma(

Sae

Norma(

Sae

#5 to 0

0 to L40

20Q to +0Q

20Q to *0Q

NOTE:

The values are measured 1$5 m )5* #t+aove the #loor and 0$, m )15$7 #t+ in #ront o# the e"uipment- 'ithout protective panels in #ront o# or ehind the cainet$ Sa#e operation re#ers to continuous operation #or no more than ,. hours or accumulated operation o# no more than 15 da!s in a !ear$

Ot3er 1(imati1 reuirements or t3e operation Item

Rane

A(titu!e

K 4000 m

Air pressure =:Pa>

-0 to #0,

Temperature 13ange rate

K  /min

So(ar ra!iation =;/m 2>

K -00

eat ra!iation =;/m2>

K ,00

;in! spee!

K # m/s

200*$+$,


50/,#


2.'.% 9ioloical Re3uirements Ma:e sure t3at t3e p(a1e or storing t3e euipment is ree rom 7ungus or mi(!e9

 

Ro!ents

2.'.' Air Purity Re3uirements 

T3e air must 8e ree o e6p(osive 1on!u1tive magneti1 1on!u1tive or 1orrosive !ust.




Operation reuirements or p3)si1a(() a1tive materia(s Physically active material

7nit

Density

Parti1(es/m

"ust parti1(es

K  6 #04=Visi8(e !ust must not a11umu(ate on t3e !es:top 9it3in t3ree !a)s.>

NOTE:

Dust particles: Diameter / 5 μm



T3e !ensit) o 13emi1a(() a1tive materia(s must 1omp() 9it3 t3e reuirements (iste! in .

Operation reuirements or 13emi1a(() a1tive materia(s !hemically active material SO2

2S

7nit

Density

mg/m

K 0.20

mg/m

K 0.00,

N

mg/m

K 0.05

C(2

mg/m

K 0.0#

2.'.* (echanical +tress Re3uirements (ists t3e me13ani1a( stress t3at t3e euipment 1an en!ure !uring its operation. Operation reuirements re(ate! to me13ani1a( stress Item Sinusoi!a( vi8ration

200*$+$,

+ub6item

Rane

Oset =mm>

K .5

$

A11e(erate! spee! =m/s2>

$

K #0.0


5#/,#



2 to *

'mpa1t response spe1trum '' =m/s 2>

K #00

Stati1 pa)(oa!

0

* to 200

nstea!) impa1t NOTE:


200*$+$,


52/,#


!hapter $) Arranement Principles To ma:e t3e s)stem o M2000 an! PRS run sta8() 9e provi!e )ou t3e reeren1e o arrangement prin1ip(es a11or!ing to nationa( stan!ar! an! our a1tua( e6perien1e.

$).$ !ommon arranement principlesC Main passage " #500mm se1on!ar) passage " +00 mm. E6pansion positions in t3e uture s3ou(! 8e reserve!. Ca8(ing s3ou(! 8e rationa(. Co((ision 8et9een AC "C po9er an! signa( 1a8(es s3ou(! 8e avoi!e!. Rationa( !esign easi8(e insta((ation an! aest3eti1 (a)out s3ou(! 8e ta:en into 1onsi!eration.

$).% The space re3uirement of the N-/06%% and N-$)06%% cabinet

7igure #.# T3e Spa1e reuirements o ua9ei 1a8inets

200*$+$,


5/,#


Note #. T3e ront o t3e irst 1a8inet ro9 s3a(( 8e at (east #000 mm =8etter not (ess t3an #200 mm> to t3e 9a((. 2. T3e 8a1: o t3e (ast 1a8inet ro9 s3a(( 8e at (east #000 mm to t3e 9a((. . T3e si!e o t3e 1a8inet s3a(( 8e at (eat +00 mm to t3e 9a((. 4. T3ere s3a(( 8e at (east +00 mm =8etter not (ess t3an #000 mm> 8et9een t9o 1a8inet ro9s.

$).' The space re3uirement of the +7N cabinet

7igure #.# T3e spa1e reuirements o SN ra1:s.

200*$+$,


54/,#


!hapter $$ 01ternal !ables T3e e6terna( 1a8(es o M2000 an! PRS in1(u!e a(arm 1a8(e net9or: 1a8(e po9er 1a8(e groun!ing 1a8(e an! trun: 1a8(e or PCM 1ross$mu(tip(e6 net9or:ing. See t3e o((o9ing ta8(e or t3e e6a1t nee!s o t3em E6terna( 1a8(es an! 1onne1tors #eadin6out position !able name

!able type

S7VP-5$#$# E# trun: 1a8(e

Net9or: 1a8(e

Stan!ar! Categor)$5 net9or: 1a8(e

A(arm 1a8(e

A(arm 1a8(e

Po9er 8us8ar

&roun!ing 1a8(e

Po9er !istri8ution 1a8(e AC Po9er Supp() Ca8(e

!onnector type

Mer1ur) ,00

BNC

Router

BNC

03uipment name

""7 #20 o3m

"C Po9er supp() 1a8(e

03uipment name

#ead6in position

AC Po9er Supp() Ca8(e

Mer1ur) ,00

R45

Router

"B#5

!onnector type

Provi!e! 8) 1ustomer

p9ar! 1a8(ing "o9n9ar! 1a8(ing


ans9it13

R45

ans9it13/Router

R45

M2000 C(ient

RS22 seria( port

&M#2 a(arm 8o6

R45

P"7

OT termina(

Po9er "C !istri8utor



P"7

OT termina(

'n!oor groun!ing 8ar



N,+E$22 "C Ca8inet

Co(! en! termina(


Po9er AC !istri8utor



OT termina(

P"7

N,+E$22 AC Ca8inet

Co(! en! termina(

N,#0E$22 Ca8inet

E6terna( 1a8(es provi!e! 8) 1ustomers

200*$+$,

!ablin mode


55/,#


Po9er 8us 1a8(e 't is provi!e! 8) 1ustomers an! 1onne1te! to t3e 1opper 8us 8ar on t3e P"7 supp(ie! 8) ua9ei.



Prote1tion groun!ing 8us 1a8(e 't is provi!e! 8) 1ustomers an! 1onne1te! to t3e P&N" 8ar on t3e P"7 supp(ie! 8) ua9ei.



Trun: 1a8(e on t3e transmission euipment si!e 't is provi!e! 8) 1ustomers an! is 1onne1te! to t3e ""7 on t3e s9it13ing si!e.

'mportant note Pra1ti1a( !ivision o 9or: 9it3 in!ivi!ua( responsi8i(it) is !etermine! 8) t3e engineering intera1e !eine! in t3e 1ommer1ia( 1ontra1t.

200*$+$,


5,/,#


!hapter $% !ablin Rac4 and +upport $%.$ !ablin Rac4 T3e M2000 an! PRS support up9ar! 1a8(ing an! !o9n9ar! 1a8(ing. ;3en t3e up9ar! 1a8(ing mo!e is a!opte! 9e suggest 

To use suspen!er



Ca8(ing ra1: 9i!t3 400mm  an! insta((ation 3eig3t 2400mm

$%.% +upport ua9ei provi!es t3e Support8) !eau(tU. Customers nee! to give t3e 3eig3t o antistati1 (oor in t3e euipment room so t3at a 8ase 9it3 t3e re(ate! 3eig3t 1an 8e insta((e!. Note T3e 3eig3t o (oor reers to t3e !istan1e 8et9een t3e upper sura1e o t3e antistati1 (oor an! t3e 1ement (ooringU

$%.%.$ Installin an N-/06%% !abinet on the !ement &loor T3e N,+E$22 1a8inet is insta((e! on 1ement (oor astene! 9it3 e6pansion 8o(t. ou nee! to arrange t3e avai(a8(e spa1e 8eore insta((ing 1a8inet. Enoug3 spa1e s3ou(! 8e (et at t3e ront an! 8a1: !oors or maintenan1e. T3ere must 8e +00mm spa1e aroun! t3e N,+E$22 1a8inet. 7igure #.# s3o9s t3e mounting 3o(es o e6pansion 8o(ts.

7igure #.# Mounting 3o(es o e6pansion 8o(ts or N,+E$22 1a8inet

200*$+$,


5-/,#


$%.%.% Installin an N-$)06%% !abinet on the !ement &loor T3e N,#0E$22 1a8inet is insta((e! on 1ement (oor astene! 9it3 e6pansion 8o(t. ou nee! to arrange t3e avai(a8(e spa1e 8eore insta((ing 1a8inet. Enoug3 spa1e s3ou(! 8e (et at t3e ront an! 8a1: !oors or maintenan1e. T3ere must 8e +00mm spa1e aroun! t3e N,#0E$22 1a8inet.

7igure #.# Mounting 3o(es o e6pansion 8o(ts or N,#0E$22 1a8inet

$%.%.' Installin an N-/06%% !abinet on the Antistatic &loor 'nsta(( N,+E$22 1a8inet support N,@ series in t3e euipment room pave! 9it3 anti$stati1 (oor. Ea13 1a8inet nee!s t9o supports an! a support 1annot 8e s3are! 8) t9o a!a1ent 1a8inets. Ea13 1a8inet nee!s 2 N,@ supports. ;3en 1a8inets are 1om8ine! t3e 2N mo!e o supports are use! t3at is 2N supports or N 1a8inets. Among N,@ ami() t9o mem8ers are 3eig3t$a!usta8(e an! one mem8er?s 3eig3t is i6e!() 1onigure!. See t3e or t3e !etai( inormation. eig3t o N,@ support series !omponents '

''

Applicable antistatic floor heiht =mm> 2*,4,5

Remar4s 't 1an 8e a!uste! in t3is range.

ess t3an 2*5 or more t3an 4,5

T3ese are i6e! 3eig3t support an! nee! to ma:e a 1ustomiFation. t3e 3eig3t 1an not 8e a!uste!H ou s3ou(! measure t3e 3eig3t o antistati1 (oor in ie(! an! i((e! it in t3e Surve) Report. Notes T3e error va(ue o t3e 3eig3t s3ou(! (ess t3an W5mm#

Notes$ 7(oor 3eig3t is t3e !istan1e rom upper p(an o antistati1 to 1ement (oor.

200*$+$,


5+/,#


7or e6a1t support insta((ation see t3e insta((ation manua(. 'nsta(( N,@ support a11or!ing to t3e siFe o 1onstru1tion !esign (a)out. 7igure #.# s3o9s t3e mounting 3o(es o t3e supports

7igure #.# Mounting 3o(es o t3e supports or N,+E$22 1a8inet

$%.%.* Installin an N-$)06%% !abinet on the Antistatic &loor 'nsta(( N,#0E$22 1a8inet support N,@ series in t3e euipment room pave! 9it3 anti$stati1 (oor. Ea13 1a8inet nee!s t9o supports an! a support 1annot 8e s3are! 8) t9o a!a1ent 1a8inets. Ea13 1a8inet nee!s 2 N,@ supports. ;3en 1a8inets are 1om8ine! t3e 2N mo!e o supports are use! t3at is 2N supports or N 1a8inets. Among N,@ ami() t9o mem8ers are 3eig3t$a!usta8(e an! one mem8er?s 3eig3t is i6e!() 1onigure!. See t3e or t3e !etai( inormation.

7igure #.# Mounting 3o(es o t3e supports or one 1a8inet or N,#0E$22 1a8inet 200*$+$,


5*/,#


$%.%., Installin an +un !abinet on the Antistatic &loor Beore insta((ing a SN 1a8inet on t3e antistati1 (oor in t3e euipment room )ou must insta(( ua9ei$1ustomiFe! supports. T3e SN ra1: is insta((e! on ua9ei$1ustomiFe! supports.

200*$+$,


,0/,#

m2000

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