bts3900 bts3900a lte enodeb survey guide-20091015-b-1.0.doc

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WorldwideProductName

BTS3900/BTS3900ALTE

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Wireless Product IngressDeprt!ent

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Suitable forBTS3900/ BTS3900A LTEe%odeB

Updated on &009'#0'#(

BTS3900/ BTS3900A LTE e%odeB Survey

)uide

Prepared by Date &009'#'*

Reviewed by Date

Reviewed by Date

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BTS3900/ BTS3900A LTE e%odeB Survey )uide I%TE%AL se

Revision History

Date RevisionVersion

Description Autor

&009'#0'#( "#$0 T,e initil dr1t is co!plete$

&0#('#&'#( Huawei Confidential. Pge & o1 2*




Contents

Preface!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!"

# $ntroduction to Survey!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!%

#$# Preprtions$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$2

#$#$# Euip!ent -on1igurtion List nd Tec,nicl Proposl$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$2

#$#$& Prepred Docu!ents$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$2

#$#$3 Tools$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$4

#$& -oordintion 5eeting o1 6ield Preprtions$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$4

#$3 Site Survey$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$4

#$* Site Preprtion Be1ore t,e Instlltion$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$ $$$$$$4

& $ntroduction to eNode' Products!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!(&$# Introduction to t,e BTS3900 LTE$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$7

&$#$# BTS3900 Syste! 8verview$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$7

&$#$& BTS3900 -inet$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$#0

&$#$3 BTS3900 Tec,nicl Speci1iction$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$ $$$$$$$$$$ $#&

&$#$* Spce nd Loction euire!ents o1 t,e BTS3900$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$#(

&$#$( euire!ents 1or t,e Power Syste! o1 t,e BTS3900$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$#4

&$#$2 )rounding euire!ents o1 t,e BTS3900$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$ $$$$$#7

&$& Introduction to t,e BTS3900A$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$#9

&$&$# BTS3900A Syste! 8verview$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$#9

&$&$& BTS3900A -inet$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$&#

&$&$3 Tec,nicl Speci1ictions o1 t,e BTS3900A$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$&*

&$&$* Spce nd Loction euire!ents o1 t,e BTS3900A$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$&4

&$&$( euire!ents 1or t,e Power Syste! o1 t,e BTS3900A$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$ $$&9

&$&$2 )rounding euire!ents o1 t,e BTS3900A$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$&9

) $ntroduction to Au*iliary +,uipment!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!)#

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3$# Introduction to AP530 Series Products$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$3#

3$#$# AP530$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$3&

3$#$& AP530 Trns!ission -inet$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$ $$$37

3$#$3 AP530 Bttery -inet$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$*#

3$& Introduction to AP530+ Series Products$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$*&

3$&$# AP530+$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$*3

3$&$& IBBS&00T$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$(0

- eNode' Desi.n Principles!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!"&

*$# Design Principles in t,e Euip!ent oo!$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$(&

*$& Design Principles 1or t,e Antenn Syste!$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$(3

" Re,uirements of eNode' Survey Potos!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!""

($# P,oto Description$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$((

($& P,otos nd euire!ents$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$((

% Note to /ill in te eNode' Survey Report!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!"(

2$# Description on 6illing in t,e BTS3900 LTE Survey eport Te!plte$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$(7

2$& Description on 6illing in t,e BTS3900A LTE Survey eport Te!plte$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$ $$$$$$$$$20

0 Survey $nformation Sortin. and Survey Report Delivery!!!!!!!!!!!!!!!!%)

4$# Sorting nd -on1ir!tion o1 Survey In1or!tion$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$23

4$& Survey Docu!ents +ndling$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$2*

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Preface

BTS3900/ BTS3900A LTE eNodeB Survey Guide descries t,e onsite survey opertions suc,s t,e cretion. reloction. nd e:pnsion o1 +uwei BTS3900/ BTS3900A e%odeB$ T,e

guide descries t,e opertion !et,ods nd reuire!ents o1 t,e survey sed on t,e product

1etures nd t,e survey design stndrds. e:plins !in survey ite!s. nd provides certin

product ;nowledge nd dt used in t,e survey 1or t,e surveyor$ T,is guide ,elps redersuic;ly understnd t,e contents nd ;nowledge o1 t,e survey 1or BTS3900/ BTS3900A

e%odeB. i!prove t,e survey s;ills. nd t,us per1or! t,e survey ts; e11iciently. uic;ly. nd

co!pletely$

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# $ntroduction to

Survey

#!# Preparations

8n receiving survey notice. t,e engineer !ust cre1ully red t,e contrct. tec,nicl

proposl. nd networ;ing digr!. !;e cler euip!ent con1igurtions t ec, site nd

inter'site connections$ 6or ny uestions. consult t,e relevnt person in ti!e$ A1ter ;nowing

out t,e entire pro<ect. t,e engineer cn contct t,e custo!er ,ed o1 ti!e to deter!ine t,edte o1 t,e survey coordintion !eeting. designte t,e onsite surveyors. nd wor; out

survey sc,edule$

#!#!# +,uipment Con1.uration 2ist and3ecnical Proposal

Study t,e Technical Proposal nd euip!ent con1igurtion list. nd ,ve generl picture o1

t,e pro<ect$ 6or ny uestion out t,e Technical Proposal nd euip!ent con1igurtion. or i1

t,e Technical Proposal is uncler s to tec,nicl solution. engineering inter1ce nd pro<ectsc,edule. tl; wit, t,e contrct owner in ti!e. to rec, consensus$ T,e contrct nd

Technical Proposal !y contin so!e errors. nd t,e survey design engineer is e:pected to

review t,e tec,nicl solution regrding t,e pro<ect 1esiility nd esy operility y t;ing1ull dvntge o1 ,is ;nowledge out t,e pro<ect$ 6or ny prole! 1ound in t,e review. give

1eedc; to t,e sles nd =D personnel in ti!e$ T,en. revise t,e tec,nicl solution nd

contrct con1igurtion. so s not to cuse unnecessry or even i!possile troule to lter

engineering$

#!#!& Prepared Documents

Survey Notice nd t,e n!e. p,one nu!er. nd contct in1or!tion o1 t,e custo!er>s pro<ectowner$

Technical Proposal nd euip!ent con1igurtion list





BTS3900/ BTS3900A LTE eNodeB Survey Guide- 009!0!"-#!$0

Guide to %usto&er's Preparation (or )BS3900/BTS3900/BTS3900A LTE *nstallation

#!#!) 3ools

T,e tools include drwing pplinces suc, s rulers. propelling pencils. ersers. nd w,ite

ppers. !esuring tpes t,t re longer t,n *$( !eters. nd lptops$ Site survey reuiresspecil tools. suc, s t,e )PS. co!pss. ngle instru!ent. telescope. nd digitl c!er$

#!& Coordination 4eetin. of /ield Preparations

T,e survey coordintion !eeting is n opportunity 1or +uwei tec,nicl engineers to tl;1ce'to'1ce wit, t,e custo!er>s e:ecutives$ T,is !eeting will give t,e custo!er>s e:ecutives

sic. roug, nd perceptul vision o1 t,e pro<ect nd win t,eir understnding o1 nd support

1or t,e survey$ Survey coordintion !eetings !y vry wit, pro<ects$

6or co!!on pro<ect or custo!er o1 low vlue. s!ll tl; is enoug,$ 6or pro<ect o1 ;eyi!portnce. co!ple:ity. or ,ig, vlue. t,e pro<ect te! !ust see; ,elp 1ro! ot,er

deprt!ents o1 t,e co!pny nd clri1y +uwei sc,e!e to t,e custo!er>s e:ecutives t,roug,

tec,nicl interction !eetings$ A1ter rriving t t,e site. t,e design engineer s,ould contct

t,e custo!er>s st11 responsile 1or engineering nd !intennce or networ; construction ndt,eir engineers$ E:plin in detil t,e entire i!ple!enttion process to custo!er>s relevnt

st11 to let t,e custo!er ;now w,t to prepre nd wor; out pro<ect i!ple!enttion

sc,edule$

#!) Site Survey

-rry out t,e onsite survey 1or t,e sites !eeting t,e survey conditions$ As; 1or u:iliry

euip!ent suc, s t,e power supply. grounding r. ir'conditioner. nd cling rc; or

!ovle 1loor 1ro! t,e custo!er in dvnce$ Deter!ine toget,er wit, t,e custo!er w,ere to position t,e euip!ent. ,ow to route t,e cles nd w,ic, re to reserve 1or t,e 1uture

e:pnsion$ -onsult t,e custo!er 1or t,e involved dt. suc, s t,e uilding pr!eters. t,e

distnce etween euip!ent roo!s. nd t,e nu!er o1 ville opticl cle cores$ W,encrrying out t,e onsite survey. cre1ully survey nd record ec, ite! s reuired y t,e

contrct nd t,e survey report rt,er t,n su<ectively guess or ssu!e it y e:perience$

#!- Site Preparation 'efore te $nstallation

During t,e onsite survey. t,e survey engineer needs to c,ec; t,e environ!ent 1or t,e initil

instlltion nd !;e sure t,t t,e sic conditions 1or euip!ent instlltion re ville

sed on t,e Guide to %usto&er's Preparation (or )BS3900/BTS3900/BTS3900A LTE

*nstallation. t,us guiding t,e custo!er to !;e preprtions e1ore t,e instlltion$




BTS3900/ BTS3900ALTE e%odeB Survey )uide I%TE%AL

& $ntrodu

ction to

eNode'Products

&!# $ntroduction to te '3S)566 23+

&!#!# '3S)566 System Overview

As s,own in 6igure &'#. t,e BTS3900 syste! consists o1 t,e cinet. ntenn. opertion nd!intennce ?85@ euip!ent. nd u:iliry euip!ent$ T,e BTS3900 cinet is t,e core o1

t,e BTS syste!$ It processes send signls nd 6 signls$ T,e ntenn syste! receives

uplin; signls nd trns!its downlin; signls$

T,e 85 euip!ent i!ple!ents t,e 1ollowing opertion nd !intennce 1unctions 1or t,e

BTS3900 security !nge!ent. euip!ent !nge!ent. con1igurtion !nge!ent.so1twre !nge!ent. lr! !nge!ent. environ!ent !onitoring. nd per1or!nce

!nge!ent$ T,e BTS3900 supports two 85 !odes locl !intennce nd re!ote

!intennce$





Figure 2-1 BTS3900 syste!

T,e BTS3900 cinet. purplis, gry verticl cinet. is designed sed on t,e IE-&94

stndrd$ 6igure &'& s,ows t,e ppernce o1 BTS3900 cinet$

Figure 2-2 Appernce o1 BTS3900 cinet

T,e BTS3900 nd BTS3900A 1eture t,e !odulr design$ T,ey ,ve two types o1 sic!odules

t,e send control unit ?BB3900@ nd t,e LTE dio 6ilter nit ?L6@$ T,e BB3900

nd t,e L6 co!!unicte wit, ec, ot,er t,roug, t,e ,ig,'rte -PI inter1ces$





''U)566

T,e BB3900 is send control unit per1or!ing interction etween t,e e%odeB nd t,e

EP-$ T,e BB3900 1etures co!pct cse structure t,t reuires #9'inc,'wide nd & ',ig, spce$ It cn e instlled on n indoor wll. on t,e stircse. in t,e storeroo!. or in n

outdoor cinet on t,e e:isting networ;$ 6igure &'3 s,ows t,e ppernce o1 t,e BB3900$

Figure 2-3 Appernce o1 t,e BB3900

2R/U

L6 is euipped inside o1 indoor cinet or outdoor cinet wit, protective 1unction$ 6igure

&'* s,ows t,e L6 pnel$

Figure 2-4 L6 pnel

&!#!& '3S)566 Cabinet

T,e BTS3900 cinet. w,ic, ,s t,e 1unctions suc, s power distriution nd lig,tning

protection. provides spce 1or t,e instlltion o1 t,e BB3900 nd t,e W6 !odules$ A

single cinet ,olds !:i!u! o1 si: L6s$

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T,e indoor !cro'cinet o1 t,e BTS3900 supports t,e '*7" D- power input. nd it cnsupport &*" D- nd &&0" A- power inputs w,en con1igured wit, di11erent power !odules$

6igure &'(. 6igure &'2 nd 6igure &'4 s,ow t,e internl structures o1 t,e indoor !cro'

cinets t,t respectively support t,e preceding t,ree power inputs$

Figure 2-5 '*7 " BTS3900 cinet

Figure 2-6 &* " BTS3900 cinet

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Figure 2-7 &&0 " BTS3900 cinet

Cable Connections of the B!3"## Cabinets

T,e cles o1 t,e BTS3900 consist o1 t,e 6 cles. signl cles. nd power cles$

6or detils. see t,e BTS3900 LTE +ard,are )escription$

&!#!) '3S)566 3ecnical Speci1cation

T,is descries t,e BTS3900 tec,nicl speci1ictions. w,ic, consist o1 cpcity speci1ictions.

6 speci1ictions. engineering speci1ictions. lig,tning protection speci1ictions. nd ot,er

speci1ictions relted to p,ysicl ports nd environ!ent$

$tem Speci1cation

6reuency nd 6reuency Bnd C Bnd ?5+@ TC Bnd ?5+@

Bnd I ?&$2)+@ &(00 to &(40 &2&0 to &290

-pcity 5:i!u!nu!er o1 -ells

2 cells w,en t,e cell ndwidt, is ( 5+ or#0 5+$

3 cells w,en t,e cell ndwidt, is #( 5+or &0 5+$

5ini!u!

con1igurtion

8ne BB ?wit, one LBBP@ one L6

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$tem Speci1cation

Typicl

con1igurtion

3×( 5+/#05+ &×& 5I58 # BB

?wit, # LBBPs@ 3 L6s

3×1( 5+/&05+ &×& 5I58 # BB?wit, 3 LBBPs@ 3 L6s

5:i!u!con1igurtion

2×( 5+/#05+ &×& 5I58 # BB?wit, & LBBPs@ 2 L6s

3×1( 5+/&05+ &×& 5I58 # BB?wit, 3 LBBPs@ 3 L6s

5:i!u!

t,roug,put percell

$o%nlin& '(lin&

At t,e p,ysicllyer #4& 5it/s

?&:& 5I58.

2*A5. &0

5+@

At t,e 5A-

lyer #(0 5it/s?&:& 5I58.

2*A5. &0

5+@

At t,e p,ysicllyer #2( 5it/s

?&:& 5'5I58.

2*A5. &0 5+@

At t,e 5A- lyer

#00 5it/s ?&:&

5'5I58.2*A5. &0 5+@

5:i!u!

t,roug,put per

E

$o%nlin& '(lin&

At t,e p,ysicl

lyer #4& 5it/s?&:& 5I58.

2*A5. &0

5+@

At 5A- lyer

#(0 5it/s ?&:&5I58. 2*A5.

&0 5+

At t,e p,ysicl

lyer 2* 5it/s?#:& SI58.

2*A5. &0 5+@

At 5A- lyer (0

5it/s ?#:& SI58.

2*A5. &0 5+@

5:i!u!t,roug,put per

e%B

Downlin; 3(05it/s

plin; &005it/s

%u!er o1 usersin ctive stte

per cell

I1 t,e ndwidt, is ( 5+ &00/cell

I1 t,e ndwidt, is #0 5+. #( 5+. or &0

5+ *00/cell

%u!er o1 users

in inctive stte

per cell

I1 t,e ndwidt, is ( 5+ *00/cell

I1 t,e ndwidt, is #0 5+. #( 5+. or &0

5+ 700/cell





$tem Speci1cation

5:i!u!

nu!er o1 users

?ctive inctive@ per

e%odeB

3.200

DB ?Dtdio Berer@

7 DB wor;ing t t,e s!e ti!e per user

#0700 DB wor;ing t t,e s!e ti!e per

e%odeB

-PI 2 -PI ports

Supporting stndrd -PI *$# inter1ce. nd co!ptile wit,-PI 3$0

8utput power L6 & : *0 W

Power consu!ption 3F(5+ / #05+ #3#*W

2F(5+ / #05+ &*93W

3F#(5+ / &05+ #*2*W

-overge rdius per cell #(;!. 30;!. #00;!

-loc; sync,ronition Et,ernet ?#T'T )$7&2#@. )PS cloc;. 1ree'run cloc;. cloc; over

IP. or IEEE#(77"& cloc;. #PPS. E#/T#

ccurcy 0$0( pp!

Di!ensions ?,eig,t :

widt, : dept,@

900!!F200!!F*(0!!

Weig,t ?;g@ G #&* ;g ?wit, 3 L6s@

G #20 ;g ?wit, 2 L6s@

Input power H*7 " D- voltge rnge H37$* " D- to H(4 " D-

&* " D- voltge rnge &#$2 " D- to &9 " D-

&&0 " A- voltge rnge #42 " A- to &70 " A-.

(0/20+

##0 " A- voltge rnge 90 " A- to #3( " A-. (0/20+

Te!perture H&0J- to ((J-

eltive ,u!idity (K + to 9(K +

Air pressure 40 ;P to #02 ;P

Protection degree IP&0

Storge environ!ent ETSI E%3000#9'#'# "&$#$* ?&003'0*@ clss#$&

Wet,erprotected. not te!perture'controlled storge loctions

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$tem Speci1cation

Trnsport environ!ent ETSI E%3000#9'#'& "&$#$* ?&003'0*@ clss &$3 Pulic

trnsporttion

Anti'seis!ic per1or!nce

IE- 20027'&'(4 ?#999'##@ Environ!entl testing H Prt &'(4Tests H Test 61 "irtion H Ti!e',istory !et,od

MD(073'99 Interi! Provisions 1or Test o1 Anti'seis!icPer1or!nces o1 Teleco!!unictions Euip!ent ?teleco!

industry stndrd in PeopleNs epulic o1 -,in@

E5- T,e BTS3900 !eets t,e Electro 5gnetic -o!ptiility ?E5-@reuire!ents nd co!plies wit, t,e 1ollowing stndrds

=TTE Directive #999/(/E-

=TTE Directive 79/332/EE-

3)PP TS 32$##3

ETSI E% 30#*79'#/&3

ETSI E% 30#907'# "&$&$# ?&003'#0@

IT' S5$3&9'#0

Syste! vilility O 99$999K

5en Ti!e Between6ilures ?5TB6@

#&0.000 ,r ?w,en wor;ing under te!perture o1 &(J-.con1igured wit, 3 sectores #/#/# nd wit, ## L5PT c;up@

5en Ti!e To epir

?5TT@

G # ,r

Syste! restrting ti!e Q #&0s

&!#!- Space and 2ocation Re,uirementsof te '3S)566

T,e deploy!ent o1 t,e euip!ent roo! needs to !eet t,e reuire!ents suc, s t,e design

rtionlity. instlltion 1esiility. nd euti1ul ppernce$ T,e BTS3900 cinet cn einstlled ginst t,e wll$

Space Re,uirements of te '3S)566

T,e 1ollowing 1igure s,ows t,e spce reuire!ents o1 t,e BTS3900 cinet ?unit !!@

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3e space re,uirements of te '3S)566 cabinet are as follows7

As s,own in t,e 1ollowing 1igure. in t,e storied uildings using precst sls. you re not

llowed to plce !ultiple cinets on only one 1loor sl$

?#@ -inet ?&@ Precst sl trend ?3@ Precst sl





Mou cn plce t,e c; sur1ce o1 t,e cinet ginst t,e wll$

Mou cn lso plce t,e sides o1 t,e cinet ginst t,e wll$

Mou re suggested to reserve spce not less t,n 700 !! in widt, in 1ront o1 t,e

cinet 1or !intennce$

Mou s,ould reserve spce not less t,n &00 !! in ,eig,t ove t,e cinet w,en

instlling t,e cinet. t,us 1cilitting t,e 1eeder cling$

Mou s,ould reserve spce not less t,n &00 !! in ,eig,t ove t,e upper cinet w,en

stc;ing t,e cinets. t,us 1cilitting t,e 1eeder cling$

2ayout Re,uirements of te '3S)566 Cabinet

Mou s,ould plce t,e cinet s close to t,e 1eeder window s possile. t,us reducing t,e

lengt, o1 t,e 1eeder$

Mou need not reserve ny spce w,en t,e cinet is instlled in prllel wit, ot,er

euip!ent$

&!#!" Re,uirements for te PowerSystem of te '3S)566

Bot, A- power nd D- power cn e used in t,e BTS3900 power supply syste!$ T,e

pr!eters o1 t,e supplied power !ust !eet t,e corresponding speci1ictions to ensure proper

opertion o1 t,e power syste!$

lists t,e power supply reuire!ents o1 t,e BTS3900$





Figure 2-4 Power supply reuire!ents o1 t,e BTS3900

Power Permitted Ran.e

'*7 " D- '37$* " D- to '(4 " D-

&* " D- &#$2 " D- to &9 " D-

&&0 " A- #42 " A- to &70 " A-. (0/20+

##0 " A- 90 " A- to #3( " A-. (0/20+

W,en D- power is led into t,e BTS3900 euip!ent roo!. t,e power supply syste! !ust

!eet t,e 1ollowing reuire!ents

W,en plnning t,e cpcity o1 t,e D- power supply syste!. you s,ould consider t,e

!:i!u! lod o1 t,e syste! in dyn!ic nd sttic !odes nd reserve certin cpcity$

T,e power euip!ent is plced nerest possile to t,e co!!uniction euip!ent to

!ini!ie t,e D- 1eeder consu!ption$

W,en A- power is led into t,e BTS3900 euip!ent roo!. t,e power supply syste! !ust!eet t,e 1ollowing reuire!ents

W,en plnning t,e cpcity o1 t,e A- power supply syste!. you !ust consider t,e

wor;ing current nd 1ult current o1 t,e euip!ent$

Ec, euip!ent ,s n independent A- distriution protection device$

T,e current t,res,old o1 t,e distriution protection switc, 1or t,e euip!ent is greter

t,n t,t 1or t,e lower'level euip!ent$

&!#!% 8roundin. Re,uirements of te'3S)566

T,e BTS3900 euip!ent instlltion !ust !eet t,e grounding reuire!ents to ensure stlerunning o1 t,e %odeB$

6or single BTS3900 cinet.

T,e P)%D cle o1 t,e cinet s,ould e connected to t,e nery e:ternl grounding

r$ T,e green nd yellow P)%D cle s,ould e copper'sed nd plstic'insulted

wit, cross'sectionl re o1 t lest &( !!&$

W,en two BTS3900 cinets instlled in stc;ed !ode. t,e 1ollowing reuire!ents !ust e

!et

T,e cinets s,ould e interconnected t,roug, copper'sed cle to ensure eul

electric potentil$ %ote t,t t,e cle !ust e copper'sed nd insulted wit, green ndyellow plstic <c;ets nd t,e cross'sectionl re is t lest #2 !!&$

T,e P)%D cle o1 t,e lower cinet s,ould e connected to t,e grounding r in t,e

euip!ent roo!$ T,e P)%D cle s,ould e copper'sed nd insulted wit, green nd

yellow plstic <c;ets$ T,e cross'sectionl re o1 t,e P)%D cle is t lest &( !!&$





6uses or switc,es re not llowed on t,e P)%D cle$

T,e grounding ter!inls s,ould e nti'corrosive nd ntirust$ -onnection o1 t,e P)%D cle is secure$

T,e grounding r s,ould e locted nerest possile to t,e %odeB euip!ent$ T,e !:i!u!distnce per!itted is 30 !i11 t,e distnce etween t,e grounding r nd t,e %odeB

euip!ent is greter t,n 30 !. reinstll t,e grounding r nery$

&!& $ntroduction to te '3S)566A

&!&!# '3S)566A System Overview

As s,own in t,e 1ollowing 1igure. t,e BTS3900A syste! is co!posed o1 t,e cinet. ntenn.85 euip!ent. nd t,e u:iliry euip!ent$ T,e BTS3900A cinet is t,e core o1 t,e

BTS3900A syste!$ It processes send signls nd 6 signls$ T,e ntenn syste!

receives uplin; signls nd trns!its downlin; signls on t,e ! inter1ce$ T,e 85euip!ent per1or!s t,e 1ollowing 85 1unctions security !nge!ent. euip!ent

!nge!ent. con1igurtion !nge!ent. so1twre !nge!ent. lr! !nge!ent.

environ!ent !onitoring. nd per1or!nce !nge!ent$ T,e BTS3900A supports two 85

!odes locl !intennce nd re!ote !intennce$

T,e BTS3900 nd BTS3900A 1eture t,e !odulr design$ T,ey ,ve two types o1 sic

!odules

t,e send control unit ?BB3900@ nd t,e LTE dio 6ilter nit ?L6@$ T,e BB3900

nd t,e L6 co!!unicte wit, ec, ot,er t,roug, t,e ,ig,'rte -PI inter1ces$





''U)566

T,e BB3900 is send control unit per1or!ing interction etween t,e e%odeB nd t,e

EP-$ T,e BB3900 1etures co!pct cse structure t,t reuires #9'inc,'wide nd & ',ig, spce$ It cn e instlled on n indoor wll. on t,e stircse. in t,e storeroo!. or in n

outdoor cinet on t,e e:isting networ;$

T,e 1ollowing 1igure s,ows t,e ppernce o1 t,e BB3900$

2R/U

L6 is euipped inside o1 indoor cinet or outdoor cinet wit, protective 1unction$ T,e

1ollowing 1igure s,ows t,e L6 pnel$

T,e BTS3900A cn e con1igured wit, vrious u:iliry euip!ent$ T,e u:iliry euip!ent

consists o1 t,e AP530+ power distriution cinet. outdoor rdio cinet 6-. ttery

cinet BB- nd trns!ission cinet T5-$

T,e u:iliry euip!ent converts t,e power. !onitors t,e euip!ent roo! environ!ent.

detects environ!ent vriles o1 t,e e%odeB. nd reports vrious environ!ent lr!s$

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&!&!& '3S)566A Cabinet

Appearance of te '3S)566A Cabinet

T,e BTS3900A cinet is designed in co!plince wit, t,e IE-&94 stndrd$ It is w,ite

verticl cinet$ As s,own in t,e 1ollowing 1igure. t,e upper cinet is n AP530+ powerdistriution cinet nd t,e lower cinet is n 6 cinet$

Structure of te '3S)566A Cabinet

A BTS3900A cinet consists o1 rdio 1reuency cinet ?6-@ nd n AP530 power

cinet$ 8ptionl con1igurtion euip!ent includes n AP530 ttery cinet or AP530

trns!ission cinet$ I1 con1igured. n AP530 ttery cinet cn provide long stndy power ti!e 1or t,e %odeB. nd n AP530 trns!ission cn provide t,e instlling spce 1or

your trns!ission euip!ent$

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T,e BTS3900A cinet consists o1 t,e W6 !odule. BB. D-D. 65A. nd 6A% unit$

T,e outdoor !cro %odeB. ;nown s t,e BTS3900A. pplies to t,e outdoor centrliedinstlltion nd swpping o1 t,e trditionl outdoor !cro %odeB$ T,e BTS3900A. renowned

s one o1 t,e !ost co!pct outdoor !cro se sttions in t,e industry. 1etures esytrnsporttion due to its stc;ing design nd lig,t weig,t$ T,e BTS3900A cn e ctegorieds t,e A- BTS3900A nd D- BTS3900A$

T,e A- BTS3900A consists o1 t,e 6 cinet nd t,e AP530. w,ic, re instlled in stc;ed

!ode$ T,e BB cn e instlled in t,e AP530. nd t,e W6 cn e instlled in t,e 6

cinet$ T,e con1igurtions o1 t,e A- BTS3900A vry wit, t,e ppliction scenrios$

A- BTS3900A ?#@

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A- BTS3900A ?&@

T,e D- BTS3900A consists o1 t,e 6 cinet nd t,e trns!ission cinet$ T,e BB3900 isinstlled in t,e trns!ission cinet. nd t,e W6 is instlled in t,e 6 cinet$

D- BTS3900A





Cable Connections of the B!3"##) Cabinets

T,e cles o1 t,e BTS3900A consist o1 t,e 6 cles. signl cles. nd power cles$

6or detils. see t,e BTS3900A LTE hard,are )escription$

&!&!) 3ecnical Speci1cations of te'3S)566A

$tem Speci1cation

6reuency nd 6reuency Bnd C Bnd ?5+@ TC Bnd ?5+@

Bnd I ?&$2

)+@

&(00 to &(40 &2&0 to &290

-pcity 5:i!u!

nu!er o1 -ells

2 cells w,en t,e cell ndwidt, is ( 5+ or

#0 5+$

3 cells w,en t,e cell ndwidt, is #( 5+

or &0 5+$

5ini!u!con1igurtion

8ne BB ?wit, one LBBP@ one L6

Typicl

con1igurtion

3×( 5+/#05+ &×& 5I58 # BB

?wit, # LBBPs@ 3 L6s

3×1( 5+/&05+ &×& 5I58 # BB

?wit, 3 LBBPs@ 3 L6s

5:i!u!con1igurtion

2×( 5+/#05+ &×& 5I58 # BB?wit, & LBBPs@ 2 L6s

3×1( 5+/&05+ &×& 5I58 # BB?wit, 3 LBBPs@ 3 L6s

5:i!u!

t,roug,put percell

$o%nlin& '(lin&

At t,e p,ysicllyer #4& 5it/s

?&:& 5I58.2*A5. &0

5+@

At t,e 5A-

lyer #(0 5it/s?&:& 5I58.

2*A5. &0

5+@

At t,e p,ysicllyer #2( 5it/s

?&:& 5'5I58.2*A5. &0 5+@

At t,e 5A- lyer

#00 5it/s ?&:&

5'5I58.2*A5. &0 5+@

5:i!u! $o%nlin& '(lin&

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$tem Speci1cation

t,roug,put per

E

At t,e p,ysicl

lyer #4& 5it/s

?&:& 5I58.2*A5. &0

5+@

At 5A- lyer#(0 5it/s ?&:&

5I58. 2*A5.

&0 5+

At t,e p,ysicl

lyer 2* 5it/s

?#:& SI58.2*A5. &0 5+@

At 5A- lyer (0

5it/s ?#:& SI58.2*A5. &0 5+@

5:i!u!

t,roug,put per

e%B

Downlin; 3(05it/s

plin; &005it/s

%u!er o1 users

in ctive stte per cell

I1 t,e ndwidt, is ( 5+ &00/cell

I1 t,e ndwidt, is #0 5+. #( 5+. or &05+ *00/cell

%u!er o1 users

in inctive stte per cell

I1 t,e ndwidt, is ( 5+ *00/cell

I1 t,e ndwidt, is #0 5+. #( 5+. or &0

5+ 700/cell

5:i!u!

nu!er o1 users?ctive

inctive@ per

e%odeB

3.200

DB ?Dt

dio Berer@

7 DB wor;ing t t,e s!e ti!e per user

#0700 DB wor;ing t t,e s!e ti!e per

e%odeB

-PI 2 -PI ports

Supporting stndrd -PI *$# inter1ce. nd co!ptile wit,

-PI 3$0

8utput power L6 & : *0 W

Power consu!ption

3F(5+ / #05+ #3(*W 2F(5+ / #05+ &(33W

3F#(5+ / &05+ #(0*W

-overge rdius per cell #(;!. 30;!. #00;!

-loc; sync,ronition Et,ernet ?#T'T )$7&2#@. )PS cloc;. 1ree'run cloc;. cloc; over

IP. or IEEE#(77"& cloc;. #PPS. E#/T#

ccurcy 0$0( pp!

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$tem Speci1cation

Di!ensions ?,eig,t :

widt, : dept,@

6- 400!!F200!!F*70!!

AP530+ 400!!F200!!F*70!!

Weig,t ?;g@ 6-G 9# ;g ?wit, 3 L6s@ 6-G #&4 ;g ?wit, 2 L6s@

AP530+ 74 ;g

Input power H*7 " D- voltge rnge H37$* " D- to H(4 " D-

&* " D- voltge rnge &#$2 " D- to &9 " D-

&&0 " A- voltge rnge #42 " A- to &70 " A-.

(0/20+

##0 " A- voltge rnge 90 " A- to #3( " A-. (0/20+

Te!perture H&0J- to ((J-

eltive ,u!idity (K + to 9(K +

Air pressure 40 ;P to #02 ;P

Protection degree IP&0

Storge environ!ent ETSI E%3000#9'#'# "&$#$* ?&003'0*@ clss#$&

Wet,erprotected. not te!perture'controlled storge loctions

Trnsport environ!ent ETSI E%3000#9'#'& "&$#$* ?&003'0*@ clss &$3 Pulic

trnsporttion

Anti'seis!ic per1or!nce

IE- 20027'&'(4 ?#999'##@ Environ!entl testing H Prt &'(4Tests H Test 61 "irtion H Ti!e',istory !et,od

MD(073'99 Interi! Provisions 1or Test o1 Anti'seis!ic

Per1or!nces o1 Teleco!!unictions Euip!ent ?teleco!industry stndrd in PeopleNs epulic o1 -,in@

E5- T,e BTS3900 !eets t,e Electro 5gnetic -o!ptiility ?E5-@

reuire!ents nd co!plies wit, t,e 1ollowing stndrds

=TTE Directive #999/(/E-

=TTE Directive 79/332/EE-

3)PP TS 32$##3 ETSI E% 30#*79'#/&3

ETSI E% 30#907'# "&$&$# ?&003'#0@

IT' S5$3&9'#0

Syste! vilility O 99$999K

5en Ti!e Between

6ilures ?5TB6@

#&0.000 ,r ?w,en wor;ing under te!perture o1 &(J-.

con1igured wit, 3 sectores #/#/# nd wit, ## L5PT c;up@

5en Ti!e To epir

?5TT@

G # ,r





$tem Speci1cation

Syste! restrting ti!e Q #&0s

&!&!- Space and 2ocation Re,uirementsof te '3S)566A

T,e spce 1or instlling t,e BTS3900A !ust e plnned in co!plince wit, t,e spce

reuire!ents to 1cilitte t,e lter instlltion nd !intennce$

T,e 1ollowing 1igures s,ow t,e spce reuire!ents 1or instlling t,e BTS3900A con1igured

wit, t,e 6 cinet nd power cinet$





Spce reuire!ents 1or instlling t,e BTS3900A con1igured wit, t,e 6 cinet nd powercinet ?unit !!@

Spce reuire!ents 1or instlling t,e BTS3900A con1igured wit, t,e 6 cinet. power cinet.

nd e:tension cinet ?unit !!@





&!&!" Re,uirements for te PowerSystem of te '3S)566A

To ensure t,e proper opertion o1 t,e power syste! o1 t,e BTS3900A. t,e power supply o1 llt,e 1unctionl !odules !ust co!ply wit, t,e relted speci1ictions$ Tle lists t,e power

supply reuire!ents o1 t,e BTS3900A$

Figure 2-4 Power supply reuire!ents o1 t,e BTS3900A

Power Permitted Ran.e

'*7 " D- '37$* " D- to '(4 " D-

&* " D- &#$2 " D- to &9 " D-

&&0 " A- #42 " A- to &70 " A-. (0/20+

##0 " A- 90 " A- to #3( " A-. (0/20+

I1 t,e voltge stility does not !eet t,e reuire!ents. you need to use voltge regultors to ensure proper power voltge rnge$

W,en A- power is led into t,e BTS3900A cinet. t,e power syste! !ust !eet t,e 1ollowing

reuire!ents

W,en plnning t,e cpcity o1 t,e A- power supply syste!. you s,ould consider t,ewor;ing current nd 1ult current o1 t,e euip!ent$

Ec, device s,ould ,ve n independent A- distriution protection device$

T,e current t,res,old o1 t,e distriution protection switc, 1or t,e euip!ent s,ould e

greter t,n t,t 1or t,e lower'level euip!ent$

&!&!% 8roundin. Re,uirements of te'3S)566A

T,e BTS3900A euip!ent instlltion !ust !eet t,e grounding reuire!ents to ensure stlerunning o1 t,e %odeB$

T,e P)%D cle o1 t,e BTS3900A cinet is connected to t,e e:ternl grounding r$

T,e green nd yellow P)%D cle is copper'sed nd plstic'insulted wit, cross'sectionl re o1 t lest &( !!&$

T,e co!ined BTS3900A cinets !ust e interconnected t,roug, t,e green nd yellow

P)%D cle to ensure eul electric potentil$ %ote t,t t,e P)%D cle is copper'

sed nd plstic'insulted wit, cross'sectionl re o1 t lest #2 !!&$

6uses or switc,es re not llowed on t,e P)%D cle$

T,e grounding ter!inls s,ould e nti'corrosive nd ntirust$ -onnection o1 t,e P)%D cle is secure$





T,e grounding r s,ould e locted nerest possile to t,e %odeB euip!ent$ T,e !:i!u! distnce

per!itted is 30 !$ I1 t,e distnce etween t,e grounding r nd t,e %odeB euip!ent is greter t,n 30!. reinstll t,e grounding r nery$





) $ntrodu

ction to

Au*iliary+,uipment

T,is c,pter descries certin u:iliry euip!ent suc, s t,e AP530 series nd AP530+

series products$

)!# $ntroduction to AP4)6 Series Products

To enle t,e esy. 1le:ile. nd convenient power distriution o1 t,e power supply o1 t,e

seprted BTS nd distriuted BTS. dpt t,e BB nd user trns!ission euip!ent to ,rs,

environ!ent. nd c; up power 1or seprted BTSs nd distriuted BTSs. +uwei providest,e AP530$

T,e AP530 syste! supplies '*7 D- power nd ttery power c;up 1or seprted BTSs nd

distriuted BTSs. provides instlltion spce 1or t,e BB nd user trns!ission euip!ent.

i!ple!ents t,e 1unctions suc, s ttery !nge!ent. power syste! !onitoringco!!uniction. lig,tning protection. nd te!perture control$

T,e u:iliry cinets con1igured 1or t,e AP530 include t,e trns!ission cinet nd ttery

cinet$ T,e trns!ission cinet provides spce o1 ## 1or user trns!ission euip!ent$

T,e ttery cinet provides !:i!u! o1 *7 " #7* A, c;up power$

T,e AP530. w,ic, is s!ll nd lig,t. cn e instlled on t,e roo1top. concrete 1loor. !st.

over,ed plt1or!. or wll$

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)!#!# AP4)6

Appearance of te AP4)6

/unction 2ist of te AP4)6

/unction $tem /unction Description

Providing instlltion

spce 1or usereuip!ent

T,e power cinet provides spce o1 ( to 4 1or t,e user euip!ent$

Wit,out tteries. t,e power cinet provides spce o1 4 1or user euip!ent$

Wit, '*7 " &* A, uilt'in ttery group. t,e power cinet provides spce o1 ( 1or user euip!ent$

Bc; up power T,e power cinet cn ,ouse two groups o1 t,e '*7 " #& A, tteries. w,ic, wor; s

'*7 " &* A, ttery syste! to provide c;up power supply 1or t,e distriuted BTSin li!ited durtion$

T,e power cinet supports ttery group wit, t,e power up to '*7 " #7* A, w,encon1igured wit, n e:ternl ttery cinet$

Built'in PS !odule T,e PS !odule converts t,e A- input !ins into t,e '*7 " D- power$

T,e PS !odule is ,ot'swpple$

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Built'in P5 !odule T,e P5 !odule provides t,e 1unctions suc, s PS !nge!ent nd ttery c,rge

nd disc,rge !nge!ent$

T,e P5 !odule provides S*7( co!!uniction ports nd dry contct lr! ports.t,us c,ieving re!ote !onitoring nd unttended opertion$

Supports t,e ttery low voltge disconnect ?BL"D@ nd lod low voltge disconnect

?LL"D@ 1unctions$

T,e P5 is ,ot'swpple$

A- power distriution T,e uilt'in A-/D- e!edded power syste! supports t,ree A- power inputs ?&&0 "

single'p,se. ##0 " dul'live'wire. nd &&0 " t,ree'p,se@ nd two'wy A- poweroutput$

D- power distriution See R unction List o( AP.30 )% Po,er )istriution$

Lig,tning protection1or power supply ports

nd signl ports

In t,e AP530. t,e lig,tning protection circuit is designed 1or t,e dry contct lr! ports. t,e co!!uniction ports. nd t,e uilt'in lig,tning protection !odule t t,e

A-/D- power supply ports$ In t,is wy. t,e AP530 provides s1e nd relile surge

protection nd inductive lig,tning protection$

+et dissiption T,e power cinet i!ple!ents ,et dissiption t,roug, co!intion o1 one

ret,le 1il! nd two 1ns. t,us c,ieving good te!perture dptility$

)rounding !ode T,e generl ground cle o1 t,e cinet nd t,e ground cles o1 t,e lig,tning rrester

nd ot,er euip!ent re connected wit, t,e cinet grounding r$

/unction 2ist of AP4)6 DC Power Distribution

Application

DCOutput

DCPowerSupply Unit

DCOutput3erminal

4C'Speci1cation

4C'9uantity

Remar:s

Distriuted

BTS

Si:

LL"D

outputs

L8AD* to

L8AD9

&0 A 2 Si: &0 A 5-Bs control si:

D- output to supply power

1or si: s$

6ourBL"Doutputs

BB L8AD3 #& A # 8ne #& A 5-B controls oneD- output to supply powerto t,e BB$

6A% L8AD& #& A # 8ne #& A 5-B controls one

D- output to supply power1or t,e 1n$

T5 L8AD0.

L8AD#

* A & Two * A 5-Bs control two

D- outputs to supply powerto t,e trns!ission

euip!ent$





Application

DCOutput

DCPowerSupply Unit

DCOutput3erminal

4C'Speci1cation

4C'9uantity

Remar:s

Seprted

BTS

6our

LL"D

outputs

6 L8AD4 to

L8AD9

30 A 3 T,ree 30 A 5-Bs control

t,ree D- outputs to supply

power 1or t,e 6 cinet.nd ec, 5-B supports

t,ree 6 !odules$

eserved L8AD2 30 A # 8ne 30 A 5-B D- output is

reserved$

Si:

BL"Doutputs

BB L8AD( #& A # 8ne #& A 5-B controls one

D- output to supply powerto t,e BB$

6A% L8AD* #& A # 8ne #& A 5-B controls one

D- output to supply power1or t,e 1n$

T5 L8AD0 to

L8AD3

* A * 6our * A 5-Bs control 1our

D- output to supply power

1or t,e trns!ission

euip!ent$

+lectrical Speci1cations of te AP4)6

Parameter Speci1cation

-,rct

eristico1 A-

inputs

Typicl input

voltge

&00 " A- to &*0 " A- ?&&0 " A- single'p,se@

&00/3*2 " A- to &*0/*#( " A- ?&&0/370 " A- t,ree'p,se@

#00/&00 " A- to #&0/&*0 " A- ?##0 " A- dul'live'wire@

#&0/&07 " A- to #&4/&&0 " A- ?##0 " A- dul'live'wire@

Input voltge rnge #42 " A- to &90 " A- ?&&0 " A- single'p,se@

#42/30* " A- to &90/(00 " A- ?&&0 " A- t,ree'p,se@

90/#70 " A- H #3(/&40 " A- ?##0 " A- dul'live'wire@

#0(/#42 " A- to #(0/&20 " A- ?##0 " A- dul'live'wire@

Input voltge

1reuency

(0 + or 20 +

5:i!u! input

current

#2 A ?&&0/370 " A- t,ree'p,se@

30 A ?##0 " A- dul'live'wire/&&0 " A- single'p,se@

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Input !ode Supports t,e voltge o1 &&0/370 " A- t,ree'p,se$

Supports ##0 " A- dul live wires$

Supports t,e voltge o1 &&0 " A- single'p,se$

-,rct

eristic

o1 D-

outputs

8utput voltge

rnge

'** " D- to '(7 " D-

8utput current

rnge

0 A to 20 A w,en two PSs re con1igured

0 A to 90 A w,en t,ree PSs re con1igured

Typicl outputvoltge

'(3$( " D-

D- outputs T,e AP530 provides #0 D- outputs$

T,e u:iliry distriuted BTS uses Si: LL"D 5-Bs nd 1our BL"D

5-Bs

T,e u:iliry seprted BTS uses 6our LL"D 5-Bs nd si: BL"D 5-Bs

Power

consu! ption

D- output power G*700W

*ote+

W,en t,e '*7 " &* A, tteries re con1igured in t,e cinet. t,e D- output power is

less t,n or eul to &300 W$

5:i!u! ,et

consu!ption inside

t,e cinet

G (00 W

Protecti

on

Input protection 8vervoltge protection T,e syste! genertes n lr! w,en t,e input voltge

e:ceeds t,e A- overvoltge lr! t,res,old ?&70 " y de1ult@$

ndervoltge protection T,e syste! genertes n lr! w,en t,e input

voltge is lower t,n t,e A- undervoltge lr! t,res,old ?#70 " y de1ult@$

8utput protection 8vervoltge protection T,e syste! genertes n lr! w,en t,e usrvoltge e:ceeds t,e D- overvoltge lr! t,res,old ?'(7 " y de1ult@$

ndervoltge protection T,e syste! genertes n lr! w,en t,e usrvoltge is lower t,n t,e D- undervoltge lr! t,res,old ?'*( " y

de1ult@$

8vercurrent protection nd s,ort'circuit protection

Lig,tni

ngProtecti

on

Inde:es

Lig,tning

protection 1or A-input ports

In di11erentil !ode

ted t,roug,'current cpcity In ?7/&0 us@ &( ;A

5:i!u! t,roug,'current cpcity I!: ?7/&0 us@ 20 ;A

In co!!on !ode

ted t,roug,'current cpcity In ?7/&0 us@ &( ;A


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Lig,tning

protection 1or t,e

D- output port o1t,e cinet

In di11erentil !ode ?7/&0 us@ #0 ;A

In co!!on !ode ?7/&0 us@ #( ;A

T,e D- output corresponds to t,e secondry lod$

Lig,tning

protection 1or t,e

signl port

In di11erentil !ode ?7/&0 us@ 3 ;A

In co!!on !ode ?7/&0 us@ ( ;A

+n.ineerin. Speci1cations of te AP4)6

Parameter Speci1cation Remar:s

-inet weig,t G 2( ;g Wit,out tteries nd trns!ission

euip!ent

Weig,t #& " #& A, !ono'tteries 3$73 ;g -n e e:pnded to *7 " &* A, ?two

groups o1 *7 " #& A, tteries@

Di!ensions o1 t,ecinet ?widt, :

,eig,t : dept,@

200 !! : 400 !! : *70 !! Wit,out ses

Di!ensions o1 t,e se ?widt, : ,eig,t :

dept,@

200 !! : &00 !! : *70 !! '

Spce o1 usereuip!ent ?widt, :

,eig,t : dept,@

PS*790 euipped wit, *7 " &* A, uilt'in tteries #9 inc,es ?*7&$2 !!@ : (

?&&&$&( !!@ : 3#0 !!

PS*790 not euipped wit, uilt'in

tteries #9 inc,es ?*7&$2 !!@ : 4

?3##$#( !!@ : 3#0 !! ?or &90 !!@

T,e dept, re1ers to t,e distnce etweent,e post nd t,e rer o1 t,e cinet$

W,en tteries re not instlled. t,e otto! 3 spce is &90 !! in dept,$ In

t,is cse. t,e ,et dissiption 1ro! t,e

rer o1 t,e user euip!ent cnnot e

supported$

-ling nd

!intennce spce t

t,e 1ront

3& !! '

Instlltion !ode T,e AP530 cn e instlled on t,e

ground. !etl !st. or wll$ It cn e

lso instlled wit, t,e 6 cinet or ttery cinet in stc; !ode$

'






Wor;i

ng

environ!ent

Wor;ing

te!perture'*0 °C to (( °C W,en t,e AP530 wor;s under '&0 °C.

t,e ,eter is reuired$

%ote

T,e wor;ing te!perture 1or con1iguringt,e ,eter re1ers to t,e locl verge

lowest te!perture o1 ec, dy in t,e

coldest !ont, o1 t,e yer$

Solr

rdition

G ##&0 W/!&

eltive

,u!idity

(K + to #00K +

Altitude Q *000 ! 6ro! t,e ltitude o1 &000 !. t,e!:i!u! wor;ing te!perture drops y

# °C ec, ti!e t,e ltitude increses y

300 !$

Dustproo1 nd

wterproo1

IP(( ?e:cluding t,e ttery cvity@

Annul 1ilure rte o1t,e recti1ier

Q #K

Annul 1ilure rte o1

t,e !onitoring !odule

Q 0$(K





)!#!& AP4)6 3ransmission Cabinet

Appearance of te AP4)6 transmission cabinet

+lectrical speci1cations of te AP4)6 transmission cabinet


-,rcteristi

c o1 D-

inputs

Typicl input voltge '*7 " D-

Input voltge rnge '37$* " D- to '(4 " D-

5:i!u! input current &0 A






Input !ode Support 52 dul'8T ter!inl$

Power

distriutiono1 t,e D-

output

Typicl output voltge '*7 " D-

D- distriution %ine outputs L8AD0 to L8AD7

L8AD0 8ne #& A output used to supply power 1or t,eA65 o1 t,e trns!ission cinet

L8AD# to L8AD7 Eig,t * A outputs used to supply

power 1or t,e trns!ission euip!ent o1 t,e trns!issioncinet

Powerconsu!ption

5:i!u! power consu!ption o1t,e user euip!ent inside t,e

cinet

G #000 W

5:i!u! ,et consu!ption insidet,e cinet

G (00 W

%ote

To !eet t,e reuire!ents 1or vrious input currents nd D- output distriution speci1ictions. you cn

con1igure t,e trns!ission cinet wit, vrious D-Ds$

+n.ineerin. speci1cations of te AP4)6 transmission cabinet


-inet weig,t Q *0 ;g wit,out user euip!ent

-inet di!ensions?widt, : ,eig,t : dept,@

200 !! : 400 !! : *70 !! T,e ppernce nd se o1 t,etrns!ission cinet is consistent wit,

t,e AP530 cinet$Di!ensions o1 t,e se

?widt, : ,eig,t : dept,@

200 !! : &00 !! : *70 !!

Spce o1 user euip!ent

?widt, : ,eig,t : dept,@

Provide spce o1 ## 1or t,e instlltion

o1 user euip!ent$

Wit,out t,e otto! spce o1 3 #9 inc,es?*7&$2 !!@ : 7 ?3(($2 !!@ : 3#0 !!

T,e otto! spce o1 3 . #9 inc,es ?*7&$2

!!@ : 3 ?#33$3( !!@ : &90 !!. does

not support t,e ,et dissiption 1or t,e

c; side o1 user euip!ent$

T,e dept, re1ers to t,e distnce

etween t,e post nd t,e rer o1 t,e

cinet$

-ling nd

!intennce spce t

t,e 1ront

3& !! '





Instlltion !ode T,e AP530 trns!ission cinet cn e

instlled on t,e ground. !etl !st. or

wll$ It cn e lso instlled wit, t,e 6cinet or ttery cinet in stc; !ode$

'

Wor;ingenviron

!ent

Wor;ingte!perture

-onsistent wit, t,e AP530 cinet

Solr

rdition

eltive

,u!idity

Altitude

Dustproo1 nd

wterproo1

-onsistent wit, t,e AP530 cinet$

&0#('#&'#( Huawei Confidential. Pge *0 o1 2*




)!#!) AP4)6 'attery Cabinet

Appearance of te AP4)6 battery cabinet

+n.ineerin. speci1cations of te AP4)6 battery cabinet


-inet weig,t G *# ;g wit,out user euip!ent

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Weig,t 6ront'ccess ttery group

supporting *7 " (0 A, or *7 " 9&

A,$

#& " (0 A, !ono'tteries &#$(

;g

#& " 9& A, !ono'tteries 33$(

;g

-n e e:pnded to *7 " #7* A, ?two

groups o1 *7 " 9& A, tteries@

-inet di!ensions ?widt, :

,eig,t : dept,@

200 !! : 400 !! : *70 !! T,e ppernce nd se o1 t,e ttery

cinet is consistent wit, t,ose o1 t,e

AP530 cinet$Di!ensions o1 t,e se ?widt,: ,eig,t : dept,@

200 !! : &00 !! : *70 !!

Instlltion !ode T,e AP5 ttery cinet cn einstlled on t,e ground$ It cn elso instlled wit, t,e power

cinet in stc; !ode$

'

Wor;ing

envir

on!e

nt

Wor;ing te!perture -onsistent wit, t,e AP530 cinet

Solr rdition

eltive ,u!idity

Altitude

Dustproo1 nd wterproo1 IP3*

)!& $ntroduction to AP4)6; Series Products

T,e AP530+. n dvnced power !odule cooled y t,e ,et e:c,nger. is designed to

operte in low'ir'ulity res w,ere ,et dissiption o1 t,e cinet lwys deteriortes dueto dust loc;$ In ddition. t,e AP530+ cn wor; wit, t,e diesel$ In one word. t,e ir ulity

,s little i!pct on t,e per1or!nce o1 t,e AP530+$

T,e AP530+ pplies to t,e distriuted BTSs nd seprted BTSs$ It provides spce 1or

instlling t,e BB nd user euip!ent$ T,e AP530+ per1or!s t,e 1ollowing 1unctions

T,e TE- cooler is instlled on t,e inner side o1 t,e IBBS&00T cinet door. enling t,e

IBBS&00T to dpt to ,ig, !ient te!perture$ In t,is wy. t,e nor!l wor;ing te!pertureo1 t,e tteries cn e gurnteed. nd t,e li1e spn o1 t,e tteries cn e prolonged$ T,e

IBBS&00T cn provide !:i!u! c;up power o1 *7 " &00 A,$

W,en t,e AP530+ is con1igured wit, n IBBS&00T. it cn !eet t,e long'ter! power

reuire!ents o1 t,e distriuted nd seprted BTSs$

&0#('#&'#( Huawei Confidential. Pge *& o1 2*




T,e AP530+ cn e instlled on t,e roo1top or concrete 1loor$ It cn e lso instlled wit,t,e IBBS&00T or 6 cinet in stc; !ode$

)!&!# AP4)6;

Appearance of te AP4)6;

/unctions of te AP4)6;

D- power distriution 1unctions o1 t,e AP530+ wor;ing wit, t,e seprted BTS





Application

AC $nput4ode

PDU3ype

DCPowerSuppl

y Unit

DCOutput3erminal

4C'Speci1cation

4C'9uantity

Remar:s

DistriutedBTS

T,ree'p,se&&0/370 " A-

PD'0# L8AD* toL8AD9

&0 A 2 T,e si: &0 A5-Bs

control si:

D- outputs

1or t,e power

supply o1 si:

to twelves$

Single'p,se

&&0 " A-

BB L8AD3 #& A # 8ne #& A

5-Bcontrols one

D- output to

supply power to t,e

BB$

Dul'live'wire

##0 " A-

PD'0& A65 L8AD& #& A # 8ne #& A

5-B

controls one

D- output to

supply power to t,e

A65$

T5 L8AD0.

L8AD#

* A & Two * A

5-Bs

control two

D- outputsto supply

power to t,e

trns!issioneuip!ent$

D- power distriution 1unctions o1 t,e AP530+ wor;ing wit, t,e distriuted BTS

&0#('#&'#( Huawei Confidential. Pge ** o1 2*




Application

AC $nput4ode

PDU3ype

DCPowerSupplyUnit

DCOutput3erminal

4C'Speci1cation

4C'9uantity

Remar:s

Seprted

BTS

T,ree'p,se

&&0/370 " A-

PD'

03

D-D'0&

in t,e 6

cinet

L8AD4

to

L8AD9

30 A 3 T,ree 30 A

5-Bs

control t,reeD- outputs

to supply

power 1or

t,e 6cinet. nd

ec, 5-B

supportst,ree 6

!odules$

Single'p,se

&&0 " A-

D-D'03

in t,e 6cinet

L8AD2 30 A # Spre

BB L8AD( #& A # 8ne #& A5-B

controls one

D- output

to supply power to t,e

BB$

6A% L8AD* #& A # 8ne #& A5-B

controls one

D- outputto supply

power to t,e

A65$

Dul'live'wire

##0 " A-

PD'

0*

T5 L8AD0

to

L8AD3

* A * 6our * A

5-Bs

control 1ourD- outputs

to supply

power to t,e

trns!issioneuip!ent$


Providing instlltion spce 1or

user euip!ent

Provides spce o1 4 1or t,e instlltion o1 user euip!ent$

&0#('#&'#( Huawei Confidential. Pge *( o1 2*





Built'in PS T,e PS converts t,e A- input !ins into t,e '*7 " D- power$

T,e PS is ,ot'swpple$

Built'in P5 T,e P5 provides t,e 1unctions suc, s PS !nge!ent nd ttery

c,rge nd disc,rge !nge!ent$

T,e P5 provides S*7( co!!uniction ports nd dry contct lr!

ports 1or re!ote nd un!nned !onitoring$

Supports t,e ttery low voltge disconnect ?BL"D@ nd lod low voltge

disconnect ?LL"D@ 1unctions$

T,e P5 is ,ot'swpple$

A- power distriution T,e AP530+ provides n A-/D- uilt'in power syste!$ W,en

con1igured wit, suitle power distriution o:. t,e uilt'in power

syste! cn support di11erent input power suc, s &&0 " single'p,se A-input. &&0 " t,ree'p,se A- input. nd ##0 " A- dul'live wire input$

T,e AP530+ provides two A- outputs$

Lig,tning protection 1or power

supply ports nd signl ports

In t,e AP530+. t,e lig,tning protection circuit is designed 1or t,e dry

contct lr! ports nd t,e co!!uniction ports$ In t,is wy. t,eAP530+ provides s1e nd relile surge protection nd inductive

lig,tning protection$

+et dissiption T,e core o1 t,e ,et e:c,nger nd 1ns in t,e AP530+ wor; toget,er 1or ,et dissiption$ T,ere1ore. t,e AP530+ is dptle to t,e vrition o1

!ient te!perture$

)rounding !ode T,e grounding us o1 t,e cinet. t,e grounding cle o1 t,e surge protector. nd t,e grounding cles o1 ot,er euip!ent re connected to

t,e grounding r o1 t,e cinet$

D- power distriution Mou cn c,oose vrious PD !odules sed on vrious A- input !odesnd pplictions to i!ple!ent t,e D- power distriution 1unction$ 6or

detils. see t,e AP.30+ )% Po,er )istriution (or )istriuted BTS nd

AP.30+ )% Po,er )istriution (or Separated BTS $

+lectrical Speci1cations of te AP4)6;


-,rcteri

stic o1 A-inputs

Typicl input

voltge

&00 " A- to &*0 " A- ?&&0 " A- single'p,se@

&00/3*2 " A- H &*0/*#( " A- ?&&0/370 " A- t,ree'p,se@

#00/&00 " A- H #&0/&*0 " A- ?##0 " A- dul'live'wire@

#&0/&07 " A- H #&4/&&0 " A- ?#&0 " A- dul'live'wire@

Input voltge rnge #42 " A- H &90 " A- ?&&0 " A- single'p,se@

#42/30* " A- to &90/(00 " A- ?&&0 " A- t,ree'p,se@






90/#70 " A- H #3(/&40 " A- ?##0 " A- dul'live'wire@

#0(/#42 " A- H#(0/&20 " A- ?#&0 " A- dul'live'wire@

Input voltge

1reuency

(0 + or 20 +

5:i!u! inputcurrent

#2 A ?&&0/370 " A- t,ree'p,se@

30 A ?##0 " A- dul'live'wire/&&0 " A- single'p,se@

Input !ode Supports t,e voltge o1 &&0/370 " A- t,ree'p,se$

Supports t,e ##0 " dul'live'wire A- power input$

Supports t,e #&0 " dul'live'wire A- power input$

Supports t,e voltge o1 &&0 " A- single'p,se$

-,rcteri

stic o1 D-

outputs

8utput voltge

rnge

'** " D- to '(7 " D-

8utput current

rnge

0 A to 20 A w,en two PSs re con1igured

0 A to 90 A w,en t,ree PSs re con1igured

Typicl output

voltge

'(3$( " D-

D- outputs T,e AP530+ provides #0 D- outputs$

#0 T,e distriuted BTS uses Si: LL"D 5-Bs nd 1our BL"D 5-Bs

T,e seprted BTS uses 6our LL"D 5-Bs nd si: BL"D 5-Bs

D- output power ≤ *700 W

+et consu!ption inside t,e

cinet

≤ (00 W

Protection Input protection 8vervoltge protection T,e syste! genertes n lr! w,en t,e input

voltge e:ceeds t,e A- overvoltge lr! t,res,old ?&70 " y de1ult@$

ndervoltge protection T,e syste! genertes n lr! w,en t,e input

voltge is lower t,n t,e A- undervoltge lr! t,res,old ?#70 " y

de1ult@$

8utput protection 8vervoltge protection T,e syste! genertes n lr! w,en t,e usrvoltge e:ceeds t,e D- overvoltge lr! t,res,old ?'(7 " y de1ult@$

ndervoltge protection T,e syste! genertes n lr! w,en t,e usr

voltge is lower t,n t,e D- undervoltge lr! t,res,old ?'*( " yde1ult@$

8vercurrent protection nd s,ort'circuit protection






Lig,tning

Protection

Inde:es

Lig,tning

protection 1or A-

input ports

In di11erentil !ode

ted t,roug,'current cpcity In ?7/&0us@&(;A


In co!!on !ode

ted t,roug,'current cpcity In ?7/&0us@&(;A


Lig,tning

protection 1or D-output port o1 t,e

cinet

In di11erentil !ode ?7/&0 us@ #0 ;A

In co!!on !ode ?7/&0 us@ #( ;A

T,e D- output corresponds to t,e secondry lod$

Lig,tning protection 1orsignl ports

In di11erentil !ode ?7/&0 us@ 3 ;A

In co!!on !ode ?7/&0 us@ ( ;A

+n.ineerin. Speci1cations of te AP4)6;


-inet weig,t G 42$( ;g Totl weig,t o1 t,e euip!ent

Including cinet. core o1 t,e ,et e:c,nger. power surc; ?A-/D-@. PD. +EA. +P5I.

nd cles

E:cluding BB. trns!ission euip!ent. P5.

nd PS

G 9($( ;g T,e weig,t in t,e cse o1 1ull con1igurtion

Including t,e cinet. core o1 t,e ,et e:c,nger.

power surc; ?A-/D-@. PD. +EA. +P5I.

cles. one P5. t,ree PSs. nd one BB

E:cluding t,e user trns!ission euip!ent

-inet di!ensions

?widt, : ,eig,t :dept,@

200 !! : 400 !! : *70 !! Wit,out ses

Di!ensions o1 t,e se ?widt, : ,eig,t :

dept,@

200 !! : &00 !! : *70 !! '

-ling nd!intennce spce t

t,e 1ront

40 !! '






Instlltion !ode T,e AP530+ cn e instlled on

t,e roo1top. concrete 1loor. nd

over,ed plt1or!$ It cn e lsoinstlled wit, t,e 6 cinet or

ttery cinet in stc; !ode$

'

Wor;ing

enviro

n!ent

Wor;ingte!perture

'*0 °C to (0 °C W,en t,e AP530 wor;s under H&0 °C. t,e ,eter is reuired$

%ote

T,e wor;ing te!perture 1or con1iguring t,e

,eter re1ers to t,e locl verge lowestte!perture o1 ec, dy in t,e coldest !ont, o1

t,e yer$

Solrrdition

##&0 ± #0K W/!&

'

eltive

,u!idity

(K + to #00K + '

Altitude G *400 ! At t,e ltitude 1ro! 3.(00 ! to *.400 !. t,e

!:i!u! operting te!perture drops y #°C

ec, ti!e t,e ltitude increses y #00 !$

Dustproo1 nd

wterproo1

IP(( ?e:cluding t,e ttery cvity@

Annul 1ilure rte o1

t,e recti1ier

Q #K

Annul 1ilure rte o1

t,e !onitoring !odule

Q 0$(K





)!&!& $''S&663

Appearance of te $''S&663

+n.ineerin. Speci1cations of te $''S&663


-inet weig,t G (( ;g T,e weig,t is t,e totl weig,t o1 t,e

euip!ent contining t,e cinet.TE- cooler. 5-Bs. nd cles$

Bttery cpcity A !:i!u! o1 *7 " #7* A, 5ono'ttery cpcity #& " 9& A,

-inet di!ensions ?widt, :

,eig,t : dept,@

200 !! : 400 !! : *70 !! E:cluding t,e ,eig,t o1 t,e se

E:cluding t,e dept, o1 t,e TE-

Di!ensions o1 t,e se ?widt,

: ,eig,t : dept,@

200 !! : &00 !! : *70 !! '

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Instlltion !ode T,e IBBS&00T cn e instlled on

t,e roo1top or on t,e concrete 1loor$

In ddition. n IBBS&00T cn einstlled wit, t,e AP530+. 6

cinet. or not,er IBBS&00T in

stc; !ode$

'

Wor;i

ng

envir on!e

nt

Wor;ing te!perture '#0 °C to (0 °C

Solr rdition ##&0 #0K W/!&

eltive ,u!idity (K + to #00 +

Altitude G *400 ! At t,e ltitude 1ro! 3.(00 ! to *.400!. t,e !:i!u! operting

te!perture drops y # U- ec, ti!e

t,e ltitude increses y #00 !$

Dustproo1 nd wterproo1 IP3*

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+AWEI )S5 BTS Survey )uide I%TE%AL

- eNode'

Desi.n

Principles

-!# Desi.n Principles in te +,uipment Room

-inet Lyout Principles

V T,e lyout !eets t,e ering reuire!ents$

V Enoug, spce is reserved 1or e:pnsion$

V T,e lyout 1cilittes cling$ Avoid con1lict o1 A- power cles. D- power cles.nd signl cles$

V T,e design s,ould e resonle nd 1esile. nd t,e lyout o1 t,e euip!ent roo!s,ould e euti1ul$

Speci1ic Principles

V T,e power recti1ier s,ould e locted ner t,e A- power distriution cinet$

V T,e indoor grounding r s,ould e locted ner t,e cle rc;$

V T,e outdoor lig,tning protection lr! o: s,ould e instlled two !eters wy 1ro!t,e $

V T,e environ!ent lr! c,est s,ould e instlled t ,eig,t o1 #.(00 !!$

-ling Principles

V T,e power cles re routed seprtely 1ro! t,e trns!ission cles. signl cles.lr! cles. nd 1eeders$ I1 t,ey !ust e routed in prllel. t,e spcing etween

t,e! !ust e greter t,n &00 !!$

V T,e cling s,ould !eet t,e reuire!ents 1or 1eeder ending rdius 4/7 1eeder

&(0 !! (/* 1eeder 370 !!$

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V T,e c; edge o1 t,e cle rc; s,ould e level wit, t,e c; edge o1 t,e cinet to1cilitte cling$

V T,e design o1 t,e indoor cle rc; s,ould consider t,e cling o1 ll t,e euip!entin t,e euip!ent roo!$ se t,e 1ewest cle rc; to route ll t,e cles$ T,e lyout

o1 cle rc;s s,ould consider t,e instlltion o1 t,e speci1ic euip!ent to 1cilittecling$ T,e widt, o1 t,e cle ldder s,ould e *00 !!. nd t,e instlltion ,eig,ts,ould e &.*00 !!$

V T,e di!ension o1 t,e 1eeder window is *00 !! : *00 !!. nd t,e di!ension o1 t,e

corresponding 1eeder ,ole on t,e wll is &(0 !! : &(0 !!$ T,e lower edge o1 t,e1eeder ,ole s,ould e #00 !! ,ig,er t,n t,e ,ig,er edge o1 t,e indoor cle rc;$

-!& Desi.n Principles for te Antenna System

Su!!ry o1 engineering pr!eters T,e pri!ry principle o1 t,e ntenn design is toc,ieve t,e erly rdio networ; plnning$ Be1ore t,e design. you !ust otin t,e

su!!ry o1 t,e engineering pr!eters speci1ied during t,e erly networ; plnning$ T,e

su!!ry o1 t,e engineering pr!eters. w,ic, is t,e sis o1 t,e ntenn design.includes t,e contents suc, s t,e ntenn !ount ,eig,t. sector i!ut, ngle. sector

down tilt ngle. nd ntenn !odel$

Antenn !ount To 1cilitte t,e instlltion o1 t,e ntenn !ount. you s,ould consider

t,e tower plt1or!. t,e roo1 o1 t,e uilding. t,e p,ysicl di!ension o1 t,e ntenn. ndt,e reuire!ents 1or diversity distnces nd intervls$ W,en instlling t,e ntenn on t,e

tower plt1or!. you !ust ensure t,t t,e ,oriontl intervl etween t,e ntenn nd t,e

tower or ot,er !etl o<ects is greter t,n two !eters$ W,en t,e ntenn is instlled on

t,e roo1 o1 uilding. t,e e11ective ,eig,t o1 t,e lower edge co!pred wit, t,e 1loor in

t,e ntenn rdition direction ?,@ nd t,e distnce etween t,e roo1 edge in t,e ntennrdition direction nd t,e ntenn !ount ?d@ s,ould !eet certin reuire!ents$ T,e

1ollowing tle lists t,e reltions etween , nd d$

; Diameter

0$( ! 0 ! to &!

# ! & ! to #0 !

& ! 5ore t,n #0 !

oo1 !st W,en t,e ,eig,t o1 t,e uilding cnnot !eet t,e reuire!ent 1or t,e ntenn

!ount ,eig,t. you cn !ount !st on t,e roo1 o1 t,e uilding$ In ddition. you s,ould

consider ot,er o<ects on t,e roo1 nd void s,ielding t,e ntenn$

8utdoor cle rc; Mou s,ould try to ly t,e cle rc; long t,e wll. c,oose t,e

s,ortest routing. reduce t,e di11iculty o1 t,e instlltion. nd 1cilitte t,e grounding o1t,e 1eeder$ T,e widt, o1 t,e cle rc; s,ould !eet t,e cling reuire!ents$

Lig,tning protection reuire!ents Mou s,ould instll t,e ntenn wit,in t,e protection

rnge o1 t,e lig,tning rod$ Mou cn instll lig,tning rod on !st w,en directionl

ntenn is instlled on t,e roo1$ In ot,er scenrios. ,owever. you !ust instll pro1essionl lig,tning rod$ T,e protection ngle o1 t,e lig,tning rod s,ould e not greter





t,n *(J in plin res nd not greter t,n 30J in !ountinous res or t,e res w,erelig,tning occurs 1reuently$

Antenn isoltion reuire!ents T,e ,oriontl intervl etween two ntenns in

di11erent sectors o1 s!e syste! s,ould e greter t,n t,ree !eters$ Between two

syste!s. w,en two ntenns o1 s!e sector re in t,e s!e direction. t,e ,oriontlintervl etween t,e ntenns s,ould e eul to or greter t,n t,ree !eters. nd t,e

verticl intervl s,ould e eul to or greter t,n 0$( !eter$ ?Antenn diversity

reuire!ents W,en t,e diversity receiving is c,ieved y using t,e spce diversity. t,e,oriontl intervl etween two ntenns s,ould e eul to or greter t,n ten

wvelengt,s$ In engineering i!ple!enttion. t,e ,oriontl intervl is reco!!ended to

e eul to or greter t,n t,ree !eters$ @

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" Re,uire

ments of

eNode'SurveyPotos

"!# Poto Description

P,otos cn o<ectively re1lect t,e ctul sitution o1 t,e onsite survey nd directly 11ect t,eulity o1 t,e e%odeB cutover sc,e!e !de in lter period$ T;ing p,otos is n i!portnt

opertion in t,e e%odeB survey. nd you !ust ensure t,e ulity nd untity o1 t,e p,otos$

T,e 1ollowing section lists t,e p,oto reuire!ents. nd you cn dd s,ooting spots nd t,e

p,oto untity ccording to t,e ctul sitution$ I1 no euip!ent is ville 1or t;ing p,otos. you cn o!it t,is opertion$

"!& Potos and Re,uirements

#$ e%odeB pnor!ic p,oto T,e p,oto !ust clerly disply t,e pnor! o1 t,e %odeB$

At lest one p,oto is reuired$

&$ Tower pnor!ic p,oto T,e p,oto !ust clerly disply t,e pnor! o1 t,e tower$ At

lest one p,oto is reuired$

3$ Antenn p,oto T,e p,oto !ust clerly disply t,e pnor! o1 t,e ntenn$ At lest one

p,oto is reuired$

*$ E:ternl nd internl views o1 t,e originl cinet T,e p,oto !ust clerly disply t,e

originl cinet in its loction. !odel. 6 !odules. <u!per connections. power supply.

nd grounding$ At lest 1our p,otos re reuired$

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($ Loction o1 t,e new cinet T,e p,oto !ust clerly disply t,e environ!ent round t,enew cinet$ At lest t,ree p,otos re reuired$

2$ -le rc; T,e p,oto !ust clerly disply t,e loction nd instlltion !ode o1 t,ecle rc;$ At lest two p,otos re reuired 1or single cle rc;$

4$ E:ternl nd internl views o1 t,e trns!ission euip!ent T,e p,oto !ust clerlydisply t,e loction nd !odel o1 t,e trns!ission euip!ent$ 6or opticl 1ier

trns!ission euip!ent. t,e p,oto !ust disply t,e ter!inls nd ter!inl types used in

t,e e:isting networ;. nu!er o1 1ree ter!inls o1 t,e trns!ission euip!ent. nd

connector types o1 t,e opticl 1ier etween t,e BB nd t,e 1or !icrowvetrns!ission euip!ent. t,e p,oto !ust disply t,e euip!ent !odel. outlet line

ter!inls. nd lels ?especilly 1or t,e lel o1 t,e trns!ission o11ice direction@$ At

lest 1our p,otos re reuired$

7$ 5icrowve outdoor unit T,e p,oto !ust disply t,e pnor! nd !odel o1 t,e

!icrowve outdoor unit$ At lest two p,otos re reuired$

9$ E:ternl view o1 t,e euip!ent roo! T,e p,oto !ust clerly disply t,e pnor! o1 t,e euip!ent roo!$ At lest one p,oto is reuired$

#0$ Internl view o1 t,e euip!ent roo! T,e p,oto !ust disply ll devices nd spces in

t,e euip!ent roo!$ I1 !ultiple p,otos re reuired. t,e p,otos !ust ;eep co,erent wit,

ec, ot,er in t,e 1ollowing wy. t,t is. ec, p,oto s,ould contin certin prts o1 t,e1or!er p,oto$ At lest si: p,otos re reuired$

##$ E:ternl nd internl views o1 t,e !icrowve euip!ent T,e p,oto !ust disply t,eloction. !odel. nd connection !ode o1 t,e !icrowve euip!ent$ At lest two p,otos

re reuired$

#&$ E:ternl nd internl views o1 t,e power supply euip!ent T,e p,oto !ust clerly

disply power supply euip!ent !odel. loction o1 t,e supply line connection ter!inl

in t,e e:isting networ;. loction o1 t,e supply line connection ter!inl o1 t,e new

euip!ent. 1ree ter!inls o1 t,e cinet. nu!er o1 t,e euip!ent !odules. 5-B usgein t,e power supply euip!ent. nd internl prts t t,e c; o1 t,e power supply

euip!ent$ At lest 1ive p,otos re reuired$

#3$ E:ternl nd internl views o1 t,e e:ternl lr! o: T,e p,oto !ust clerly disply t,e

connection !ode nd lr! cle type o1 t,e e:ternl lr! o:$ At lest two p,otos re

reuired$

#*$ 8utdoor nd indoor protection grounding r T,e p,oto !ust clerly disply t,e

loction. occupied ,ole loction. nd 1ree ,ole loction$ At lest two p,otos re reuired$

#($ 8utdoor nd indoor views o1 t,e 1eeder window T,e p,oto !ust clerly disply t,e

untity. loction. nu!er o1 occupied ,ole loctions. nd nu!er o1 1ree ,ole loctions$At lest two p,otos re reuired 1or single 1eeder window$

#2$ Xu!per pnor!ic p,oto T,e p,oto !ust cover t,e pnor! o1 t,e <u!per etween t,e

6 port o1 t,e originl cinet nd t,e connection port o1 t,e <u!per nd 1eeder ndclerly disply t,e cling !ode nd untity$ At lest two p,otos re reuired$

#4$ Xu!per nd cinet side T,e p,oto !ust clerly disply t,e connection etween t,e

<u!per nd t,e cinet. including t,e <u!per connection loction nd <u!per ter!inltype$ At lest two p,otos re reuired$

#7$ Xu!per nd 1eeder side T,e p,oto !ust clerly disply t,e connection etween t,e <u!per nd t,e 1eeder. including t,e connection loction nd connection ter!inl type$

At lest two p,otos re reuired$





#9$ Stircse. elevtor. nd ot,er portls At lest one p,oto is reuired 1or ec, portl$

&0$ Au:iliry euip!ent I1 t,e originl euip!ent is con1igured wit, u:iliry euip!ent

suc, s power splitter. co!iner. tower !pli1iction. repeter. coupler. nd indoor 1eeder lig,tning rrester. t,e p,oto !ust disply t,e euip!ent !odel. loction. nd

connector !odel$ -ertin u:iliry euip!ent re locted on t,e outdoor ntenn. youneed to serc, nd identi1y t,e! cre1ully$ To disply t,e co!plete site. you re reuiredto t;e two p,otos 1or single u:iliry euip!ent. including t,e distnt view nd close

view$

&#$ 8t,ers Mou cn s,oot ot,er loctions o1 t,e e%odeB. especilly 1or t,e prts t,t !y11ect t,e e%odeB instlltion$





% Note to

/ill in te

eNode'SurveyReport

To 1cilitte t,e survey engineers to e11ectively per1or! site surveys nd output

co!pre,ensive nd ccurte survey in1or!tion. t,is c,pter provides detiled descriptionon t,e use o1 t,e Site Survey eport Te&plate (or the 3900 series LTE eNodeB$

Bsed on t,e types o1 t,e BTSs. +uwei provides t,ree ;inds o1 BTS survey report te!pltes.

w,ic, re t,e )BS3900 LTE Survey eport Te&plate. BTS3900 LTE Survey eport Te&plate.

BTS3900A LTE Survey eport Te&plate$

he actual con,itions of the (roects are ,ifferent. therefore/ each (roect tea0 can a,,/

,elete/ or 0o,ify the s(ecific survey ite0s in the corres(on,ing survey re(ort te0(lates

base, on the actual reuire0ents of the (roect

T,e survey report te!pltes provided y +uwei s,re t,e s!e structure. including t,e

1ollowing two prts site co!!on in1or!tion nd site !teril in1or!tion$ 6or t,e

BTS3900/BTS3900A. t,e 1eedc; on t,e delivery !et,od is reuired$ T,e 1ollowingsections descrie t,e survey report te!pltes 1or BTS3900 nd BTS3900A$

%!# Description on /illin. in te '3S)566 23+Survey Report 3emplate

-o!!on Site in1or!tion 5inly includes t,e site sic in1or!tion suc, s site ID. site

n!e. detiled ddress. site engineering type. etc$ T,is in1or!tion is otined 1ro! t,e

custo!er e1ore t,e site survey$ I1 t,e survey result is di11erent 1ro! t,e in1or!tion provided

y t,e custo!er. you !ust updte t,e in1or!tion sed on t,e survey result$





Delivery !et,od Mou need to deter!ine w,et,er t,e BTS3900 is delivered wit, ords$ Byde1ult. t,e BTS3900 is delivered wit, ords$ W,en t,e BTS3900 is delivered wit, ords.

t,e internl !odules nd cles o1 t,e cinet re connected$ T,ere1ore. you cn sve !uc,

ti!e w,en instlling t,e internl !odules nd connecting t,e cles$ I1 t,e BTS3900A is notdelivered wit, ords. you need to provide t,e resons$

Site !teril in1or!tion Includes t,e in1or!tion suc, s t,e !<or device. u:iliry device.

power supply syste!. grounding cles. S#/C& port trns!ission in1or!tion. lr! device.

ntenn syste!. ot,er !terils. etc$

#$ In t,e !<or device survey. you need to survey t,e reuire!ents on t,e lig,tning

protection ord nd power input cle o1 t,e BTS3900 indoor !cro cinet$

&$ In t,e u:iliry device survey. you need to survey t,e dopted u:iliry devices. suc, st,e lengt, o1 t,e power input cle o1 t,e D-D'03 D- power distriution o:$ %ote

T,e "&#0 trns!ission cinet o1 +uwei is delivered wit, t,e !tc,ed !terils y

de1ult$ T,ere1ore. t,e site survey is not reuired$ Mou need to per1or! t,e survey onlyw,en t,e D-D D- power distriution o: is con1igured seprtely$

3$ In t,e power supply syste! survey. you need to survey t,e type o1 t,e power supply

provided y t,e custo!er$ 6or t,e site t,t reuires t,e pri!ry power supply syste!.

you need to survey t,e lengt, nd !ode o1 t,e power cle reuired y t,e pri!ry

power supply syste!$ 6or e:!ple. w,en t,e PS*790 indoor power supply cinet isused. you need to deter!ine t,e lengt, nd !ode o1 t,e power cle etween t,e &&0 "

A- power supply port provided y t,e custo!er nd t,e power input port o1 t,e PS*790

indoor power supply cinet

*$ In t,e grounding cle survey. you need to deter!ine t,e lengt, o1 t,e grounding clereuired y ec, device nd t,en !;e sttistics report$ During t,e survey. you !ust

py ttention to t,e color o1 t,e P)%D cle nd type o1 t,e grounding ter!inl$

?+uwei provides only t,e single',ole 8T ter!inls$

($ In t,e S#/C& trns!ission survey. you need to con1ir! t,e trns!ission cle type

provided y t,e custo!er$ T,e types include )E port electricl networ; cle. single'!ode opticl cle. nd !ulti'!ode opticl cle$

I1 )E opticl trns!ission is pplied. single'!ode opticl !odule is delivered y de1ult$

6or single'!ode opticl trns!ission. you need to survey t,e connector type on t,e

custo!er side$ During t,e survey. you need to con1ir! t,e trns!ission cle lengt, ?t,e

distnce etween t,e trns!ission cle on t,e custo!er side nd t,e cling router ont,e device ccess side@$ I1 t,e opticl trns!ission is used. you lso need to survey t,e

relted in1or!tion o1 t,e u:iliry prts$

2$ In t,e lr! cle survey. you need to survey t,e reuired lengt, nd untity o1 t,e

lr! cle on site$ I1 no site survey is per1or!ed. deliver ( ! lr! cle 1or ec,site$ Bsed on t,e lr! cle untity. t,e co!plete set deprt!ent deter!ines w,et,er

t,e EI ord or E5 !odule is delivered$

4$ In t,e ntenn syste! survey. you need to py ttention to t,e 1ollowing 1our points

#@ Antenn 1eeder$ I1 t,e reuired 1eeder lengt, is less t,n #* !. you cn use t,e #/&

inc, <u!per s t,e 1eeder$ I1 t,e reuired 1eeder lengt, is !ore t,n #* ! nd less t,n





(0 !. you cn use t,e 4/7 inc, 1eeder$ I1 t,e reuired 1eeder lengt, is !ore t,n (0 !.you cn use t,e (/* inc, 1eeder$ I1 t,e custo!er ,s specil reuire!ent. you cn use t,e

#3/7 inc, 1eeder$

&@ Xu!per$ T,e <u!per ?wit, 1i:ed lengt, o1 &$( !@ on t,e ntenn side is delivered wit,t,e 1eeder pc;ge$ W,en t,e site survey on t,e cinet top <u!per is not per1or!ed. t,e <u!per wit, 1i:ed lengt, o1 * ! on t,e cinet top side is delivered$ T,e connector 1or

t,e <u!per is DI%(0 strig,t !le connector nd DI%(0 end !il connector$ During t,e

survey. you need to con1ir! t,e reuired <u!per lengt, nd connector type$ I1 t,e <u!per

wit, non'1i:ed lengt, is reuired. !;e so!e re!r;s$

3@ 6eeder window$ During t,e survey. you need to con1ir! w,et,er t,e e:isting 1eederwindow !eets t,e reuire!ents$ I1 it does not !eet t,e reuire!ents. you need to survey

t,e 1eeder window type$

*@ Electric regultor$ I1 t,e AIS) !ulti'core cle is used. you need to con1ir! t,e lengt,

o1 t,e cle$ W,en no site survey is per1or!ed. t,e ( ! !ulti'core cle is delivered yde1ult$ I1 t,e distnce is 1ro! ( ! to &0 !. you need to deliver t,e #( ! !ulti'core

e:tended cle$ I1 t,e distnce e:ceeds &0 !. you need to dopt ot,er !odes ?S5BT or

ST5A@$

7$ In t,e )PS survey. 1or 6DD syste!. )PS is optionl$ According to Bo deciding

w,et,er it is needed or not$ I1 t,e contct ,s so!e provisions on t,e )PS. you need tosurvey t,e lengt, o1 t,e )PS ntenn <u!per$ W,en no site survey is per1or!ed. ec,

)PS ntenn syste! reuires &( ! #/& inc, super 1le:ile <u!per$ I1 t,e custo!er ,s

specil reuire!ents on t,e <u!per lengt,. you need to !;e so!e re!r;s$ T,e gretest <u!per lengt, is not !ore t,n #00 !$ I1 t,e reuired lengt, is !ore t,n #00 !. you

need to use t,e 4/7 inc, 1eeder$

9$ In t,e u:iliry !teril survey. you need to survey t,e 5-B. pole. DD6. cle ldder.

grounding r. s,oc;proo1 co!ponents. nd instlltion rc;et on nti'sttic 1loor$

%!& Description on /illin. in te '3S)566A 23+Survey Report 3emplate

-o!!on Site In1or!tion 5inly includes t,e sic in1or!tion suc, s t,e site n!e.

detiled ddress. site engineering type. etc$ T,is in1or!tion is otined 1ro! t,e custo!er e1ore t,e site survey$ I1 t,e survey result is di11erent 1ro! t,e in1or!tion provided y t,e

custo!er. you !ust updte t,e in1or!tion sed on t,e survey result$

Delivery !et,od Mou need to deter!ine w,et,er t,e BTS3900A is delivered wit, ords ndw,et,er t,e AP530 cinet nd 6 cinet re delivered toget,er$ By de1ult. t,e BTS3900A

is delivered wit, ords. AP530 cinet nd 6 cinet re delivered toget,er$ W,en t,e

BTS3900A is delivered wit, ords. t,e internl !odules nd cles o1 t,e cinet reconnected$ T,ere1ore. you cn sve !uc, ti!e in instlling t,e internl !odules nd

connecting t,e cles$ I1 t,e BTS3900A is not delivered wit, ords. you need to provide t,e

resons$ I1 t,e AP530 cinet nd 6 cinet re to e co!ined or to e deployed in t,e

re!ote instlltion scenrio. t,e AP530 cinet nd 6 cinet cn e delivered seprtely$





Site !teril in1or!tion Includes t,e in1or!tion suc, s t,e !<or device. u:iliry device. power supply syste!. power input cles. -PI opticl cles. grounding cles. S#/C& port

trns!ission in1or!tion. lr! device. ntenn syste!. nd ot,er !terils$

#$ In t,e u:iliry device survey. you need to survey t,e dopted u:iliry devices. suc, st,e T5- D- trns!ission cinet nd BB- Bttery cinet$ During t,e survey. you!ust speci1y t,e lengt, nd instlltion !ode o1 t,e power input cle$ T,e lengt, o1 t,e

power input cle re1ers to t,e lengt, o1 t,e power cle etween t,e power port

provided y t,e custo!er nd t,e power input port on t,e cinet$ In t,e survey o1 cle

instlltion !ode. you need to c,ec; w,et,er t,e cinet is instlled on pole. on wll.or on t,e ground$ In di11erent instlltion !odes. t,e instlltion prts re di11erent

&$ In t,e power supply syste! survey. you need to survey t,e type o1 t,e power supply

provided y t,e custo!er$

3$ In t,e grounding cle survey. you need to deter!ine t,e lengt, o1 t,e grounding cle

reuired y ec, device nd t,en !;e sttistics report$ During t,e survey. you !ust py ttention to t,e color o1 t,e P)%D cle nd type o1 t,e grounding ter!inl$

?+uwei provides only t,e single',ole 8T ter!inls$@

*$ In t,e S#/C& trns!ission survey. you need to con1ir! t,e trns!ission cle type

provided y t,e custo!er$ T,e types include )E port electricl networ; cle. single'

!ode opticl cle. nd !ulti'!ode opticl cle$

I1 )E opticl trns!ission is pplied. single'!ode opticl !odule is delivered y de1ult$6or single'!ode opticl trns!ission. you need to survey t,e connector type on t,e

custo!er side$ During t,e survey. you need to con1ir! t,e trns!ission cle lengt, ?t,e

distnce etween t,e trns!ission cle on t,e custo!er side nd t,e cling router ont,e device ccess side@$ I1 t,e opticl trns!ission is used. you lso need to survey t,e

relted in1or!tion o1 t,e u:iliry prts$

($ In t,e lr! cle survey. you need to survey t,e reuired lengt, nd untity o1 t,e

lr! cle on site$ I1 no site survey is per1or!ed. deliver ( ! lr! cle 1or ec,

site$ Bsed on t,e lr! cle untity. t,e co!plete set deprt!ent deter!ines w,et,ert,e EI ord or E5 !odule is delivered$

2$ In t,e ntenn syste! survey. you need to py ttention to t,e 1ollowing 1our points

#@ Antenn 1eeder$ I1 t,e reuired 1eeder lengt, is less t,n #* !. you cn use t,e #/& inc,

<u!per s t,e 1eeder$ I1 t,e reuired 1eeder lengt, is !ore t,n #* ! nd less t,n (0 !. youcn use t,e 4/7 inc, 1eeder$ I1 t,e reuired 1eeder lengt, is !ore t,n (0 !. you cn use t,e(/* inc, 1eeder$ I1 t,e custo!er ,s specil reuire!ent. you cn use t,e #3/7 inc, 1eeder$

&@ Xu!per$ T,e <u!per ?wit, 1i:ed lengt, o1 &$( !@ on t,e ntenn side is delivered wit, t,e

1eeder pc;ge$ W,en t,e site survey on t,e cinet top <u!per is not per1or!ed. t,e <u!per

wit, 1i:ed lengt, o1 3 ! on t,e cinet top side is delivered$ T,e connector 1or t,e <u!per is

DI%(0 strig,t !le connector nd DI%(0 end !il connector$ During t,e survey. you needto con1ir! t,e reuired <u!per lengt, nd connector type$ I1 t,e <u!per wit, non'1i:ed lengt,

is reuired. !;e so!e re!r;s$

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3@ 6eeder window$ During t,e survey. you need to con1ir! w,et,er t,e e:isting 1eederwindow !eets t,e reuire!ents$ I1 it does not !eet t,e reuire!ents. you need to survey t,e

1eeder window type$

*@ Electric regultor$ I1 t,e AIS) !ulti'core cle is used. you need to con1ir! t,e lengt, o1t,e cle$ W,en no site survey is per1or!ed. t,e ( ! !ulti'core cle is delivered y de1ult$I1 t,e distnce is 1ro! ( ! to &0 !. you need to deliver t,e #( ! !ulti'core e:tended cle$ I1

t,e distnce e:ceeds &0 !. you need to dopt ot,er !odes ?S5BT or ST5A@$

4$ In t,e )PS survey. 1or 6DD syste!. )PS is optionl$ According to Bo deciding

w,et,er it is needed or not$ I1 t,e contct ,s so!e provisions on t,e )PS. you need to

survey t,e lengt, o1 t,e )PS ntenn <u!per$ W,en no site survey is per1or!ed. ec,)PS ntenn syste! reuires &( ! #/& inc, super 1le:ile <u!per$ I1 t,e custo!er ,s

specil reuire!ents on t,e <u!per lengt,. you need to !;e so!e re!r;s$ T,e gretest

<u!per lengt, is not !ore t,n #00 !$ I1 t,e reuired lengt, is !ore t,n #00 !. youneed to use t,e 4/7 inc, 1eeder$

7$ In t,e u:iliry !teril survey. you need to survey t,e 5-B. pole. DD6. cle ldder.

grounding r. ellow. s,oc;proo1 co!ponents. nd instlltion rc;et on nti'sttic

1loor$

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0 Survey

$nformation

Sortin. andSurveyReport

Delivery

0!# Sortin. and Con1rmation of Survey$nformation

+ndle t,e collected in1or!tion s soon s possile$ T,e ,ndled docu!ents !ust econ1ir!ed y t,e custo!er nd delivered to t,e relted deprt!ents$

-o!plete t,e instlltion environ!ent c,ec;list sed on t,e site conditions$

Prepre engineering drwings sed on t,e roug, drwings nd t,e survey records$ T,e

design o1 t,e euip!ent roo! nd ntenn syste! s,ould co!ply wit, t,e relted design

speci1ictions$ T,e drwing s,ould co!ply wit, t,e drwing speci1ictions$

6ill in t,e survey report ccording to t,e contrct list. engineering responsiility

inter1ce. engineering drwings. nd survey records$ T,e specil reuire!ents on site cn e descries in t,e re!r;s colu!n in t,e survey report$

I1 you co!e cross contrct uottion prole!. you s,ould 1ill in t,e -ontrct Prole!

6eedc; List nd su!it it to t,e pro<ect !nger nd order !nger$

A1ter t,e pri!ry survey ts;s re co!plete. su!!rie t,e site conditions. specil

prole!s. possile prole!s t,t !y occur during engineering i!ple!enttion.

prole!s t,t occur during survey. nd solutions. nd t,en output survey su!!ry$

A1ter t,e in1or!tion is ,ndled. to void t,e custo!er !;ing c,nge. w,ic, !y cuse

instlltion 1ilure or wrong delivery. nd to urge t,e custo!er to co!plete t,e





preprtory ts;s. ensure t,t t,e instlltion environ!ent c,ec;list. engineeringdrwings. nd survey report re signed y t,e custo!er$

6or t,e preprtory ts;s t,t re not co!pleted. t,e custo!er !ust pro!ise t,e

co!pletion dte in t,e instlltion environ!ent c,ec;list$ In specil cses. i1 t,e

custo!er does not wnt to !odi1y t,e ite!s t,t do not !eet t,e reuire!ents. you cnsign survey de!o wit, t,e custo!er$

0!& Survey Documents ;andlin.

Deliver t,e docu!ents con1ir!ed y t,e custo!er to t,e relted deprt!ent ccording to t,e

procedure to ensure t,e nor!l opertion o1 t,e pro<ect$

Send t,e survey report. engineering drwings. nd wor; report to t,e survey review

deprt!ent$ A1ter t,e review. send t,e survey report to t,e order con1igurtiondeprt!ent to guide plcing order nd delivering euip!ent$

Su!it t,e pri!ry instlltion environ!ent c,ec;list to t,e pro<ect !nger$ T,e

pro<ect !nger !onitors t,e preprtory ts;s per1or!ed y t,e custo!er$

Su!it t,e engineering drwings to t,e syste! design deprt!ent nd t,e ,rdwre

deprt!ent to generte engineering 1iles$ A1ter t,e review. send t,e engineering 1iles to

t,e site to guide engineering construction$

Su!it t,e -ontrct Prole! 6eedc; List to t,e pro<ect !nger nd order !nger so

t,t t,ey cn con1ir! t,e contrct prole!s nd ,ndle delivery prole!s$

Send t,e survey su!!ry nd de!o to t,e pro<ect !nger nd send t,e copy to t,e

syste! design deprt!ent$ T,e written docu!ents t,t re signed y t,e custo!er !ust e rc,ived in +uwei$