huawei gsm bts3900a auxiliary equipment-20080730-b-issue1[1].0

7/18/2019 Huawei Gsm Bts3900a Auxiliary Equipment-20080730-B-Issue1[1].0

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2008-06

www.huawei.com

HUAWEI Confidential

Security Level: Internal Use

HUAWEI GSM BTS3900A

Auxiliary Equipment

ISSUE 1.0

Wireless Case andTraining


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HUAWEI TECHNOLOGIES Co., Ltd. HUAWEI Confidential Page 2

The course introduce the structure and function of BTS3900

au!iliary e"ui#$ent% The en&ineer can study accordin& the

actual site confi&uration%


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'no( the function and feature of BTS3900

au!iliary e"ui#$ent

)aster the hard(are structure of BTS3900

au!iliary e"ui#$ent


4/35HUAWEI TECHNOLOGIES Co., Ltd. HUAWEI Confidential Page 4

*)30 user &uide +,20030./02

1UI )U user &uide+,.0000./06

4S) 1UI BTS3900 develo#$ent &uide-20080605-B-,.%.


5/35HUAWEI TECHNOLOGIES Co., Ltd. HUAWEI Confidential Page 5

Capter 1 A!M30 Battery Ca"inetCapter 1 A!M30 Battery Ca"inet

Capter # A!M30 Tran$mi$$i%n Ca"inet

Capter 3 EMUA Intr%&u'ti%n

Capter ( Inter)a'e B%xe$ Intr%&u'ti%n

Capter * Internal ++, Intr%&u'ti%n


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A!M30 Battery Ca"inet Har&-are C%mp%nent

Te "attery 'a"inet '%n$i$t$ %)

Batteries in the *)30 Battery a7inetoor Status Sensor

1eatin& fil$


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Batterie$ in te A!M30 Battery Ca"inetTe "attery 'a"inet $upp%rt$ t-% type$ %) "atterie$/ te ( 2 *0 AH

an& te ( 2 100 AH. Te "atterie$ 'an "e r%upe& int% te )%ll%-in

'%m"inati%n$

hen the -8 , 50 1 7atteries are confi&ured they can 7e e!#anded to -8

,

.00 1 throu&h connectin& the u##er and the lo(er 7attery &rou#s in #arallel%

hen the -8 , 92 1 7atteries are confi&ured

they can 7e e!#anded to -8 , .8 1 throu&h

connectin& the u##er and the lo(er 7attery &rou#s

in #arallel%


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+%%r Statu$ Sen$%r

The *)30 #o(er ca7inet *)30 7attery ca7inet and *)30 trans$ission

ca7inet use the sa$e ty#e of door status sensor%


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Heatin )ilmTe eatin )ilm )un'ti%n$ in te l%-temperature en4ir%nment t%

pr%4i&e $uita"le -%r5in temperature )%r te "atterie$. Wen te -%r5in

temperature in te "attery 'a"inet i$ l%-er tan te temperature

$pe'i)i'ati%n )%r te "attery/ te "attery 'apa'ity &e'line$. S% te eatin

)ilm i$ in$talle& in te "attery 'a"inet t% pr%4i&e te %ptimal -%r5in

temperature )%r te "atterie$.

The heatin& fil$ (or;s throu&h #o(er

su##ly (ith (or;in& volta&e of 220 ,

and rated heatin& #o(er of .00 %

The heatin& fil$ starts heatin& (hen the

te$#erature in the ca7inet is lo(er

than 5 and sto#s heatin& (hen thete$#erature in the ca7inet is &reater than

.5 %

The tolerance te$#erature ran&e of the

heatin& fil$ is -0 to


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Capter 1 A!M30 Battery Ca"inet

Capter # A!M30 Tran$mi$$i%n Ca"inetCapter # A!M30 Tran$mi$$i%n Ca"inet





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Tran$mi$$i%n Ca"inet Har&-are C%mp%nent

Te tran$mi$$i%n 'a"inet '%n$i$t$ %)

*)I 7oard

=)U 7oard

U-03 $odule

Sensors

+. =iller #anel+. U

+2 U$odule

+ *)I7oard

+=an

+6 =)U7oard


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A!MI B%ar&Te A!MI "%ar& re)er$ t% A!M !%-er M%nit%r unit Inter)a'e "%ar&. Te

A!MI "%ar& i$ l%'ate& at te upper le)t '%rner %) te A!M30 'a"inet/

an& per)%rm$ te )%ll%-in )un'ti%n$

Transfers the *)30 serial #ort co$$unication si&nals Boolean

in#ut>out#ut si&nals and )I si&nals%

*rotects the dry contact in#ut>out#ut si&nals and S85 si&nals

+connected to the BBU>BTS


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A!MI B%ar&!%rt %n te panel

*ort onnector Ty#e ?uantity =unction

S22 @5 connector . onnectin& the $onitorin& si&nal ca7le7et(een the *)U and the *)I

TA


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A,MU B%ar&Te A,MU "%ar& re)er$ t% A!M ,an M%nit%r unit Inter)a'e B%ar&. Te

A,MU "%ar& i$ l%'ate& at te upper rit '%rner %) te A!M30 'a"inet/

an& per)%rm$ te )%ll%-in )un'ti%n$

*rovides #o(er su##ly to the *)I and =)U 7oards throu&h the

#o(er #ort

Su##lies #o(er to the t(o fans at the to# of the ca7inet and re#orts the

alar$s of the fanse#orts the alar$s of the internal a$7ient te$#erature sensor air inlet

te$#erature sensor and air outlet te$#erature sensor

The alar$ si&nals of the =)U 7oard is trans#orted to the *)I 7oard

throu&h

the si&nal transfer ca7le and then is re#orted to the BBU%


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A,MU B%ar&orts and LED on the anel

S *ort =unction

. L) onnectin& the $onitorin& si&nalca7le 7et(een the =)U and the

*)I

2 I*UT

onnectin& the #o(er ca7leof the =)U

L Sil;screen olor Status escri#tion

C#erationL

U 4reen C steady 7out . $inute after the or #o(er-on

Blin;in& for .s Cand .s C==

The syste$ is (or;in& #ro#erly%

Blin;in& for 0%.25s

C and 0%.25s C==

The serial #ort co$$unication is disru#ted%

The other co$$unication is nor$al%

C== steady The syste$ is not #o(ered on%

lar$ L L) ed C steady n alar$ is &enerated%

C== steady o alar$ is &enerated or the syste$ is not#o(ered on%


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+C+U03A M%&uleTe +C+U03A i$ u$e& )%r +C p%-er &i$tri"uti%n. All input an& %utput

'a"le$ are )r%nt a''e$$e&. Te +C+U03A per)%rm$ te )%ll%-in )un'ti%n$Su##orts one #o(er in#ut (ith the $a!i$u$ current of 32 %

Su##orts nine out#uts (here LC0 (ith the $a!i$u$ out#ut current of .2

su##orts #o(er to the fan unitD LC. to LC8 (ith the $a!i$u$ current of

su##orts #o(er to the trans$ission e"ui#$ent%

*rovides the sur&e #rotection alar$ re#ortin& function throu&h the 7uilt-in sur&e

#rotection 7oard%


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Sen$%r$ +%%r Statu$ Sen$%r

The door status sensor is $ade u# of t(o #arts the $a&net #art and the s(itch #art%


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Sen$%r$ Temperature Sen$%r

The te$#erature sensors of the *)30 consist of the air inlet te$#erature

sensor internal a$7ient te$#erature sensor and the air outlet te$#erature sensor%


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Capter 3 EMUA Intr%&u'ti%nCapter 3 EMUA Intr%&u'ti%n




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Intr%&u'ti%n %) EMUA

EMUA En4ir%nment M%nit%rin Unit Appli'a"le t% all type$ %)

BTS$ manu)a'ture& "y Hua-ei/ te EMUA i$ u$e& t% m%nit%r teen4ir%nment in te equipment r%%m an& te 'a"inet.

Te'ni'al Spe'i)i'ati%n$

Stora&e te$#erature: E0 F0 %

or;in& te$#erature:E5 55 %

ated (or;in& volta&e:

2 , for the )U2.6 and )U232%

-8 , for the )U832%

ated (or;in& current:

0% for the )U2.6 and )U232%

0%2 for the )U832% i$ensions: 83$$G28$$G$$%

ei&ht: ##ro!i$ately 3%5;&%


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,un'ti%n %) te EMUA

!r%4i&in a 4ariety %) input p%rt$ )%r m%nit%rin $inal$/ te EMUA

$upp%rt$ realtime m%nit%rin an& rem%te m%nit%rin. In a&&iti%n/ teEMUA i$ ily relia"le an& 'an "e )lexi"ly '%n)iure&. It $upp%rt$ a lare

area )%r temperature m%nit%rin.

!%-er Input

su##orts in#ut volta&e detection% The alar$ threshold for the in#ut volta&e can 7e

confi&ured on the BTS and delivered to the )U% #rovides t(o #o(er in#ut #orts (hich are #rotected fro$ inverse connections%

En4ir%nment M%nit%rin

#rovides an inde#endent #ort for .2 ,>2 , current-ty#e hu$idity>te$#erature

sensors%

#rovides four #orts for $onitorin& analo& si&nals% ,olta&e-ty#e sensors and

current-ty#e sensors can 7e used%

B%%lean Sinal M%nit%rin.

6elay 7%&e C%ntr%l.

C%mmuni'ati%n !%rt$.


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C%mpari$%n %) Tree Type EMUA M%&el$

EMUA#(18 EMUA#(3# EMUA(3#

Input 4%ltae


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Te'ni'al !arameter$ %) te EMUAItem Mea$ure& ":e't Spe'i)i'ati%n

Sy$tem 4%ltae )easure$ent ran&e 0, .00,

)easure$ent #recision .,

Temperature )easure$ent ran&e E20 80

)easure$ent #recision 2

Humi&ity )easure$ent ran&e 0J1 .00J1

)easure$ent #recision 5J

B%%lean $inal )easure$ent ran&e S$o;e door status (ater da$a&e and infrared si&nal

lar$ res#onse ti$e K.0s

Anal% $inal )easure$ent ran&e $ 20$ 0, 5,

)easure$ent #recision .J

6elay %utput

'%ntr%l

ontrol res#onse ti$e K.s

ry contact out#ut

ca#acity

ithstood volta&e: ..0 , .25 ,D

$a!i$u$ load current: . +30 ,

C%mmuni'ati%n

rate

S232 S85 96007it>s


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Appearan'e an& !anel %) te EMUA


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Internal Stru'ture %) EMUA


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+I! S-it' %) EMUASil5$'reen ,un'ti%n Settin

SW;A++6 Selection of the

co$$unication #rotocol

ou7le-density 4S) BTS:00.0% .- CD 0- C==% If an )U is

delivered alon& (ith the BTS the co$$unication #rotocol is already

confi&ured accordin& to the BTS ty#e% If it is delivered inde#endently

the default settin& of the I* s(itch S/ is 00.0%

SW;B


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Capter ( Inter)a'e B%xe$ Intr%&u'ti%nCapter ( Inter)a'e B%xe$ Intr%&u'ti%n



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Tran$mi$$i%n Inter)a'e B%x

Te tran$mi$$i%n inter)a'e "%x inter)a'e$ te tran$mi$$i%n equipment

prepare& "y te %perat%r -it te BTS equipment $upplie& "y Hua-ei. Hua-ei pr%4i&e$ te )%ll%-in t-% type$ %) tran$mi$$i%n inter)a'e

"%xe$

F5-oh$ trans$ission interface 7o!

.20-oh$ trans$ission interface 7o!%


The F5-oh$ trans$ission interface 7o! and the .20-oh$ trans$ission interface

7o! have the sa$e di$ensions: 20 $$ +L G 3F8 $$ + G .25 $$ +1%

The (ei&ht of the trans$ission interface 7o! is %92 ;& 7y default 7efore

delivery%


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Tran$mi$$i%n Inter)a'e B%x


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!%-er Inter)a'e B%x Te p%-er inter)a'e "%x inter)a'e$ te p%-er &i$tri"uti%n equipment

prepare& "y te %perat%r -it te BTS equipment $upplie& "y Hua-ei.

Hua-ei pr%4i&e$ te )%ll%-in t-% type$ %) p%-er inter)a'e "%xe$

##0 2 p%-er inter)a'e "%x

110 2 p%-er inter)a'e "%x.


The di$ensions of the #o(er interface 7o! are 20 $$ ! 3F8 $$ ! .25 $$+len&th ! (idth ! hei&ht%

The (ei&ht of the #o(er interface 7o! is 9%8 ;& 7y default 7efore delivery%

I t l St t ) ! I t ) B


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Internal Stru'ture %) !%-er Inter)a'e B%x

The ..0 , #o(er interface 7o! and the 220 , #o(er interface 7o!

have the sa$e co$#onents 7ut they are different in )B s#ecifications%


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Capter * Internal ++, Intr%&u'ti%nCapter * Internal ++, Intr%&u'ti%n


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Internal ++,

Te +iital +i$tri"uti%n ,rame =++,> '%nne't$ te E1?T1 'a"le$ "et-een

te BTS an& te tran$mi$$i%n equipment. Tere are t-% type$ %) ++,$a4aila"le "y in$tallati%n p%$iti%n$/ external ++, an& internal ++,. Te

internal ++, i$ )urter &i4i&e& int% te '%axial ++, =@*%m> an& te

t-i$te& pair ++, =1#0%m>. It i$ pla'e& in te $u"ra'5 re$er4e& )%r te

tran$mi$$i%n equipment in te 'a"inet %r in te $l%t re$er4e& )%r te

tran$mi$$i%n unit in te auxiliary equipment. oa!ial =

The coa!ial = #rovides the access for ei&ht coa!ial .s% It is . U in hei&ht and does not

#rovide the li&htnin& #rotection function%


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Internal ++,

T(isted *air =

The t(isted #air = #rovides the access for ei&ht t(isted #air .s% It is . U in hei&htand does not #rovide the li&htnin& #rotection function%


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huawei gsm bts3900a auxiliary equipment-20080730-b-issue1[1].0

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