Topaz Towers in-building DAS

8/18/2019 Topaz Towers in-building DAS

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opaz Towers DAS Design

aster RF Data

MASTER RF DATA FOR Topaz Tower (BTS 02 )

Parameter GSM900 GSM!00 "nit

TS ParametersTS per Carrier Power 4.0 8.0 Watts

umber of Downlink Carriers 2 5

TS o!ation "oof top "oof top e#el $$

MS ParametersS &'"P ((.0 2).0 *Bm

o*+ oss %ar,in -.0 8.0 *B

uilding Geometry

eneral

#erall Wi*t/ (.- (.- m

#erall Brea*t/ --.- --.- m

umber of 1ntennas per loor 3ariable

otal 1ntennas )$

umber of e#els to be Co#ere* 2$

uil*in, %ean loor Pit!/ 5.$8 5.$8 m

th Floor and 11th Floor ominal 1ntenna "an,e "euire* $5.00 $5.00 m

runk Cable "un en,t/ $627an* 68(89-4 (0.0 (0.0 m

on,est loor an:out ee*er en,t/ $627 14% (5.0 (5.0 m

2th Floorominal 1ntenna "an,e "euire* $5.00 $5.00 m

runk Cable "un en,t/ $627an* 68(8954 $8.0 $8.0 m

on,est loor an:out ee*er en,t/ $627 1(%:$2t/ loor (5.0 (5.0 m

6th Floor and 19th Floor

ominal 1ntenna "an,e "euire* $5.00 $5.00 mrunk Cable "un en,t/ $627an* 68(89-4 (4.0 (4.0 m

on,est loor an:out ee*er en,t/ $627 1-% an* 18% (-.0 (-.0 m

esign Objeti!esnk 1#ailabilit+ )5 )5 ;

a*e %ar,in $2.0 $2.0 *B

e!ommen*e* Dnlk Test e#el Wa#elen,t/ 1#era,e* :-5.0 :5.0 *Bm

esire* &n,ineerin, Test %ar,in $0.0 $0.0 *B


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,,re,ate Bio"a*e!ti#e (2.0 (2.0 *Bm

euire* %inimum C6' "atio $4.0 $4.0 *B

nter#erer $harateristiso:!/annel 'nterferer "an,e -00 -00 m

o:!/annel 'nterferer Tower


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4/25


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Topaz Towers DAS Design

Master RF Data

MASTER RF DATA FOR Topaz Tower (BTS 0)

Parameter GSM900 GSM!00 "nit

BTS ParametersBTS per Carrier Power 8.0 $-.0 Watts

Number of Downlink Carriers ( 5

BTS o!ation $0t/ e#el $0t/ e#el $0t/ e#el

MS Parameters%S &'"P ((.0 2).0 *Bm

Bo*+ oss %ar,in -.0 8.0 *B

Building Geometry

General

#erall Wi*t/ (.- (.- m

#erall Brea*t/ --.- --.- m

Number of 1ntennas per loor 3ariable

Total 1ntennas -2

Number of e#els to be Co#ere* 2$

Buil*in, %ean loor Pit!/ 5.$8 5.$8 m

Basement Me%%anine and Ground Floor

Nominal 1ntenna "an,e "euire* $5.00 $5.00 m

Trunk Cable "un en,t/ $627an* 68(890 45.0 45.0 m

on,est loor an:out ee*er en,t/ $627 12P:Base9 1(%:%e== 28.0 28.0 m

1st Floor and &rd FloorNominal 1ntenna "an,e "euire* $5.00 $5.00 m

Trunk Cable "un en,t/ $627an* 68(89-4 (-.0 (-.0 m

on,est loor an:out ee*er en,t/ $627 14P:$st loor91(P:(r* loor ().0 ().0 m

'th Floor and (th Floor

Nominal 1ntenna "an,e "euire* $5.00 $5.00 m

Trunk Cable "un en,t/ $627an* 68(89-4 50.0 50.0 m

on,est loor an:out ee*er en,t/ $627 14P:t/ loor (5.0 (5.0 m

Design Objeti!esink 1#ailabilit+ )5 )5 ;

a*e %ar,in $2.0 $2.0 *B

"e!ommen*e* Dnlk Test e#el Wa#elen,t/ 1#era,e* :-5.0 :5.0 *Bm

Desire* &n,ineerin, Test %ar,in $0.0 $0.0 *B

1,,re,ate Bio"a*e!ti#e (2.0 (2.0 *Bm

"euire* %inimum C6' "atio $4.0 $4.0 *B

"nter#erer $harateristisCo:!/annel 'nterferer "an,e -00 -00 m

Co:!/annel 'nterferer Tower


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%& B"DGET S"MMAR'

#$%& B"DGET S"MMAR' i*toria Towers (BTS )

GSM 900 GSM!00

Parameter Dn+, "p+, Dn+, "p+, "nit

TSarrier Power 4.0 8.0 Watts

umber of Carriers ( 5

th Floor) *nt *+M,9th Floor ominal 1ntenna "an,e "euire* $5.0 $5.0 $5.0 $5.0

A!ess peratin, %ar,in (-.- (-. 25.5 $8.

ntenna &'"P per Carrier $).2 $8.8

A!ess &n,ineerin, %ar,in 5.$ -.0

o"a*


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%& B"DGET S"MMAR'

#$%& B"DGET S"MMAR' i*toria Towers (BTS )

GSM 900 GSM!00

Parameter Dn+, "p+, Dn+, "p+, "nit

TSarrier Power 4.0 8.0 Watts

umber of Carriers ( 5

asemant Floor) *nt *2P,Baseominal 1ntenna "an,e "euire* $5.0 $5.0 $5.0 $5.0

A!ess peratin, %ar,in ().4 ().5 2).( 22.5

ntenna &'"P per Carrier 2$.) 22.-

A!ess &n,ineerin, %ar,in .) ).8

o"a*


8/25


om

Des*riptions 3t4 "nitntenna

$8 4$5$ at/erine in*oor 6*ome 2*Bi $(

$) 42$4) at/erine in*oor Panel *Bi $-

Cables$ 687D 5 : 501 1n*rew $05

- $627D 4 : 501 1n*rew $(4(

- $627S 4 : 50B 1n*rew 2025

4 $627&upen


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%C%44%ulti:Castin, %atriA 0


10/25

owers DAS Design

5get 7or Basement

#$%& B"DGET D"A# BA%D8 Basement F#OOR8 Pane+ A%T A2PBasement

GSM 900 GSM!00

E-amp+e D6a+ Ban5 #in, B65get Data Dn+, "p+, "nit Dn+, "p+, "nit

ional .in/ Budget

BTS Carrier Power 4 Watts 8 WattsBTS Carrier Power (-.0 *Bm ().0 *Bm

smitter Power ((.0 *Bm 2).0 *Bm

/ol* :$04.4 :$0-.) *Bm :$04.4 :$0-.) *Bm

e S4stem D4nami* Range ;09=

oss for n:antenna fanout (:wa+9(:wa+92:wa+ anout fee* 8 ).0 ).0 *B ).0 ).0 *B

nout Dire!tional Coupler9 -*B9 t/ru ports9 $ unit $ 0.) 0.) *B 0.) 0.) *B

(:wa+ Power Di#i*er in "iser (.2 (.2 *B (.5 (.5 *B

m A++owa:+e Tr6n,ing $nsertion #oss ;2umper Cable 'nsertion oss9D 4:5019$m $.0 0.0 0.0 *B 0.0 0.0 *B

nout Cable 'nsertion oss9 D4:501 0.0 0.0 0.0 *B 0.0 0.0 *B

or Cable 'nsertion oss9 D4:501 0.0 0.0 0.0 *B 0.0 0.0 *B

nsertion oss n:units 4 0.8 0.8 *B 2.0 2.0 *B

or osses n:assemblies - 0.( 0.( *B 0.( 0.( *BCables D $ : 509 $m n:assemblies 0 0.0 0.0 *B 0.0 0.0 *B

Cables D $ : 509 5m n:assemblies $ 0. 0. *B $.0 $.0 *B

Operating Margin >9= >9

a= Desi,n b>e!ti#e (2.0 *Bm (2.0 *Bm


11/25

@az Margin (GSM900 *arriers on+4) = *B

um #er bot/ "a*io Platforms mW $(.$ mW

e 1ntenna &'"P9 bot/ Platforms *Bm >

./$ Margin at Basement F+oor ;


12/25

owers DAS Design

5get 7or Basement

#$%& B"DGET D"A# BA%D8 st F#OOR8 Pane+ A%T A;Pst F+oor

GSM 900 GSM!00


ional .in/ Budget



/ol* :$04.4 :$0-.) *Bm :$04.4 :$0-.) *Bm


oss for n:antenna fanout (:wa+94:wa+94:wa+ anout fee* $$ $0.4 $0.4 *B $0.4 $0.4 *B



m A++owa:+e Tr6n,ing $nsertion #oss ;ustment 0.$ *B (.0 *B

n, 1ntenna @ain 2.2 *Bi 2.2 *Bi

st "e!ei#er 1ntenna @ain 0.0 *Bi 0.0 *Bi Aai+a:+e Signa+ at Test Dipo+e ;!


13/25

@az Margin (GSM900 *arriers on+4) 10 5Bm

@az Margin (GSM900 !00 *arriers)

./$ Margin at st F+oor >


14/25

owers DAS Design

5get 7or Basement

#$%& B"DGET D"A# BA%D8 t F#OOR8 Pane+ A%T A;Pt F+oor

GSM 900 GSM!00


ional .in/ Budget BTS Carrier Power 4 Watts 8 Watts

BTS Carrier Power (-.0 *Bm ().0 *Bm


/ol* :$04.4 :$0-.) *Bm :$04.4 :$0-.) *Bm


oss for n:antenna fanout (:wa+94:wa+92:wa+92:wa+ anout fee* $$ $0.4 $0.4 *B $0.4 $0.4 *B



m A++owa:+e Tr6n,ing $nsertion #oss ;

a!e oss 55.- *B -$.4 *B

n, &A!ess Pat/ oss $(.( *B $(.( *B

n 1*>ustment 0.$ *B (.0 *B


st "e!ei#er 1ntenna @ain 0.0 *Bi 0.0 *Bi Aai+a:+e Signa+ at Test Dipo+e =


15/25

um #er bot/ "a*io Platforms mW 45. mW

e 1ntenna &'"P9 bot/ Platforms *Bm 21

./$ Margin at Basement F+oor 0


16/25


17/25

FFFFF


18/25

owers DAS Design

5get 7or Basement

#$%& B"DGET D"A# BA%D8 9t F#OOR8 Pane+ A%T A;P9t F+oor

GSM 900 GSM!00


ional .in/ Budget



/ol* :$04.4 :$0-.) *Bm :$04.4 :$0-.) *Bm


oss for n:antenna fanout (:wa+9(:wa+92:wa+92:wa+ anout fee* $0 $0.0 $0.0 *B $0.0 $0.0 *B



m A++owa:+e Tr6n,ing $nsertion #oss ;

a!e oss 55.- *B -$.4 *B

n, &A!ess Pat/ oss $(.( *B $(.( *B

n 1*>ustment 0.$ *B (.0 *B


st "e!ei#er 1ntenna @ain 0.0 *Bi 0.0 *Bi Aai+a:+e Signa+ at Test Dipo+e ;9


19/25

@az Margin (GSM900 *arriers on+4) !

./$ Margin at 9t F+oor


20/25

wers DAS Design

get 7or Basement


GSM 900 GSM!00


onal .in/ Budget BTS Carrier Power 4 Watts 8 Watts


mitter Power ((.0 *Bm 2).0 *Bm

ol* :$04.4 :$0-.) *Bm :$04.4 :$0-.) *Bm

S4stem D4nami* Range ;09=

oss for n:antenna fanout (:wa+94:wa+92:wa+ anout fee* ) ).5 ).5 *B ).5 ).5 *B

out Dire!tional Coupler9 -*B9 t/ru ports9 $ unit $ 0.) 0.) *B 0.) 0.) *B


m A++owa:+e Tr6n,ing $nsertion #oss ;2


21/25

Test Dipole e#el for a!!eptable S1T risk :55.0 *Bm :-5.0 *Bm

ngineering Margin 1a% $he/ f Downlink Carriers ( 5

&s!alation fa!tor 4.8 *B .0 *B

e 1ntenna &'"P *Bm 25.( *Bm 2. *Bm

e 1ntenna &'"P %illiwatts ((5.$ mW 58(.8 mW

a= Desi,n b>e!ti#e (2.0 *Bm (2.0 *Bm

az Margin (GSM900 *arriers on+4) 1

/$ Margin at 2t F+oor >


22/25

wers DAS Design

et 7or Basement


GSM 900 GSM!00


onal .in/ Budget BTS Carrier Power 4 Watts 8 Watts


mitter Power ((.0 *Bm 2).0 *Bm

ol* :$04.4 :$0-.) *Bm :$04.4 :$0-.) *Bm

S4stem D4nami* Range ;09=

oss for n:antenna fanout (:wa+94:wa+92:wa+:4:wa+ anout fee* $( $$.$ $$.$ *B $$.$ $$.$ *B

ut Dire!tional Coupler9 -*B9 t/ru ports9 $ unit $ 0.) 0.) *B 0.) 0.) *B


A++owa:+e Tr6n,ing $nsertion #oss ;0


23/25

Test Dipole e#el for a!!eptable S1T risk :55.0 *Bm :-5.0 *Bm

ngineering Margin >

a% $he/ Downlink Carriers ( 5

&s!alation fa!tor 4.8 *B .0 *B

1ntenna &'"P *Bm 22. *Bm 24.5 *Bm

1ntenna &'"P %illiwatts $85.4 mW 2). mW

= Desi,n b>e!ti#e (2.0 *Bm (2.0 *Bm

z Margin (GSM900 *arriers on+4) 9 *B

m #er bot/ "a*io Platforms mW 4-5.$ mW

1ntenna &'"P9 bot/ Platforms *Bm 21

$ Margin at 1t F+oor 0


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1ntenna 'nstallation %a


Antenna Matri-

Ant Pa5 Ar*ite*t6ra+

Ant EM$/EM. a+6e Matri- A+ignm

$D T4pe Treatment (5B) #o*ation

Se*ter 0

AM Base mni No Pa* 0.0 &.-5 2.8 na

A2P Base Panel No Pa* 0.0 < (.0 an

A>P Base Panel No Pa* 0.0 C 2.0 na

AM #G mni No Pa* 0.0 &.-5 (.0 na

A2M #G mni No Pa* 0.0 .4 2.4 na

A>P #G mni No Pa* 0.0 C.5 2.5 na

A;P #G mni No Pa* 0.0 C.8 (.8 na

AM #Mzz mni No Pa* 0.0 C$- .2 na

A2M #Mzz Panel No Pa* 0.0 C$5 8.2 na

A>M #Mzz mni No Pa* 0.0 B( 5.4 na

A;P #Mzz Panel No Pa* 0.0 C( -.4 na

AM # mni No Pa* 0.0 &.-5 2.8 na

A2P # Panel No Pa* 0.0 < 2.5 na

A>P # Panel No Pa* 0.0 D.$ $a.5 na

A;P # Panel No Pa* 0.0 1 2.5 na

A=M # mni No Pa* 0.0 C.25 2. na

A1P # Panel No Pa* 0.0 D.$ 4.5 na

AM #2 mni No Pa* 0.0 &.-5 2.8 na

A2P #2 Panel No Pa* 0.0 < 2.5 naA>P #2 Panel No Pa* 0.0 D.$ $a.5 na

A;P #2 Panel No Pa* 0.0 1 2.5 na

A=M #2 mni No Pa* 0.0 C.25 2. na

A1P #2 Panel No Pa* 0.0 D.$ 4.5 na

AM #> mni No Pa* 0.0 &.-5 2.8 na

A2M #> Panel No Pa* 0.0 < 2.5 na

A>M #> Panel No Pa* 0.0 1 2.5 na

A;M #> mni No Pa* 0.0 C.25 2. na

A=M #> mni No Pa* 0.0 D.$ (.) na

AM #; mni No Pa* 0.0 &.-5 2.8 na

A2M #; Panel No Pa* 0.0 < 2.5 na

A>M #; Panel No Pa* 0.0 1 2.5 naA;M #; mni No Pa* 0.0 C.25 2. na

A=M #; mni No Pa* 0.0 D.$ (.) na

AM #= mni No Pa* 0.0 &.-5 2.8 na

A2M #= mni No Pa* 0.0 .5 2.5 na

A>M #= mni No Pa* 0.0 C.5 2.5 na

A;M #= mni No Pa* 0.0 1.5 2.5 na

A=M #= mni No Pa* 0.0 D.$ (.) na

AM #1 mni No Pa* 0.0 &.-5 2.8 na

A2M #1 mni No Pa* 0.0 @.5 2.5 na

A>M #1 mni No Pa* 0.0 .5 2.5 na

A;M #1 mni No Pa* 0.0 1.5 2.5 na

A=M #1 mni No Pa* 0.0 B.5 2.5 naA1M #1 mni No Pa* 0.0 C.5 2.5 na

AM #1 mni No Pa* 0.0 D.5 2.5 na

A!M #1 mni No Pa* 0.0 D.$ (.) na

AM # mni No Pa* 0.0 &.-5 2.8 na

A2M # mni No Pa* 0.0 @.5 2.5 na

A>M # mni No Pa* 0.0 .5 2.5 na

A;M # mni No Pa* 0.0 1.5 2.5 na

A=M # mni No Pa* 0.0 B.5 2.5 na

A1M # mni No Pa* 0.0 C.5 2.5 na

AM # mni No Pa* 0.0 D.5 2.5 na

A!M # mni No Pa* 0.0 D.$ (.) na

AM #! mni No Pa* 0.0 &.-5 2.8 naA2M #! mni No Pa* 0.0 @.5 2.5 na

A>M #! mni No Pa* 0.0 .5 2.5 na

A;M #! mni No Pa* 0.0 1.5 2.5 na

A=M #! mni No Pa* 0.0 B.5 2.5 na

A1M #! mni No Pa* 0.0 C.5 2.5 na

AM #! mni No Pa* 0.0 D.5 2.5 na

A!M #! mni No Pa* 0.0 D.$ (.) na

Se*ter 02

AM #9 mni No Pa* 0.0 &.-5 2.8 na

A2M #9 mni No Pa* 0.0 @.5 2.5 na

A>M #9 mni No Pa* 0.0 .5 2.5 na

A;M #9 mni No Pa* 0.0 1.5 2.5 na

A=M #9 mni No Pa* 0.0 B.5 2.5 na

A1M #9 mni No Pa* 0.0 C.5 2.5 naAM #9 mni No Pa* 0.0 D.5 2.5 na

A!M #9 mni No Pa* 0.0 D.$ (.) na

AM #0 mni No Pa* 0.0 &.-5 2.8 na

A2M #0 mni No Pa* 0.0 @.5 2.5 na

A>M #0 mni No Pa* 0.0 .5 2.5 na

A;M #0 mni No Pa* 0.0 1.5 2.5 na

A=M #0 mni No Pa* 0.0 B.5 2.5 na

A1M #0 mni No Pa* 0.0 C.5 2.5 na

AM #0 mni No Pa* 0.0 D.5 2.5 na

A!M #0 mni No Pa* 0.0 D.$ (.) na

AM # mni No Pa* 0.0 &.-5 2.8 na

A2M # mni No Pa* 0.0 @.5 2.5 na

A>M # mni No Pa* 0.0 .5 2.5 na

A;M # mni No Pa* 0.0 1.5 2.5 na

A=M # mni No Pa* 0.0 B.5 2.5 na

A1M # mni No Pa* 0.0 C.5 2.5 na

AM # mni No Pa* 0.0 D.5 2.5 na

A!M # mni No Pa* 0.0 D.$ (.) na

AM 2 mni No Pa* 0.0 &.-5 2.8 na

A2M 2 mni No Pa* 0.0 D.5 $.5 na

A>P 2 mni No Pa* 0.0 2.5 1.5 na

A;P 2 mni No Pa* 0.0 D.$ (.) na

AM #> mni No Pa* 0.0 &.-5 2.$ na

A2M #> mni No Pa* 0.0 @.$ (.$ na

A>M #> mni No Pa* 0.0 @.$ 5$.0 na

A;M #> mni No Pa* 0.0 &.8 ).( na

A=M #> mni No Pa* 0.0 D.2 (.$ na

A1M #> mni No Pa* 0.0 B.2 5$.0 na

AM #> mni No Pa* 0.0 B.- ).( na

A!M #> mni No Pa* 0.0 1.) ).( na

A9M #> mni No Pa* 0.0 D.$ -.4 na

AM #; mni No Pa* 0.0 &.-5 2.$ na

A2M #; mni No Pa* 0.0 @.$ (.$ na

A>M #; mni No Pa* 0.0 @.$ 5$.0 na

A;M #; mni No Pa* 0.0 &.8 ).( na

A=M #; mni No Pa* 0.0 D.2 (.$ na

A1M #; mni No Pa* 0.0 B.2 5$.0 na

AM #; mni No Pa* 0.0 B.- ).( na

A!M #; mni No Pa* 0.0 1.) ).( na

A9M #; mni No Pa* 0.0 D.$ -.4 na

AM #= mni No Pa* 0.0 &.-5 2.$ na

A2M #= mni No Pa* 0.0 @.$ (.$ na

A>M #= mni No Pa* 0.0 @.$ 5$.0 na

A;M #= mni No Pa* 0.0 &.8 ).( na

A=M #= mni No Pa* 0.0 D.2 (.$ na

A1M #= mni No Pa* 0.0 B.2 5$.0 na

AM #= mni No Pa* 0.0 B.- ).( na

A!M #= mni No Pa* 0.0 1.) ).( na

A9M #= mni No Pa* 0.0 D.$ -.4 na

AM #1 mni No Pa* 0.0 &.-5 2.$ na

A2M #1 mni No Pa* 0.0 @.$ (.$ na

A>M #1 mni No Pa* 0.0 @.$ 5$.0 na

A;M #1 mni No Pa* 0.0 &.8 ).( na

A=M #1 mni No Pa* 0.0 D.2 (.$ na

A1M #1 mni No Pa* 0.0 B.2 5$.0 na

AM #1 mni No Pa* 0.0 B.- ).( na

A!M #1 mni No Pa* 0.0 1.) ).( na

A9M #1 mni No Pa* 0.0 D.$ -.4 na

AM # mni No Pa* 0.0 &.-5 2.$ na

A2M # mni No Pa* 0.0 @.$ (.$ na

A>M # mni No Pa* 0.0 @.$ 5$.0 naA;M # mni No Pa* 0.0 &.8 ).( na

A=M # mni No Pa* 0.0 D.2 (.$ na

A1M # mni No Pa* 0.0 B.2 5$.0 na

AM # mni No Pa* 0.0 B.- ).( na

A!M # mni No Pa* 0.0 1.) ).( na

A9M # mni No Pa* 0.0 D.$ -.4 na

AM #! mni No Pa* 0.0 &.-5 2.$ na

A2M #! mni No Pa* 0.0 @.$ (.$ na

A>M #! mni No Pa* 0.0 @.$ 5$.0 na

A;M #! mni No Pa* 0.0 &.8 ).( na

A=M #! mni No Pa* 0.0 D.2 (.$ na

A1M #! mni No Pa* 0.0 B.2 5$.0 na

AM #! mni No Pa* 0.0 B.- ).( naA!M #! mni No Pa* 0.0 1.) ).( na

A9M #! mni No Pa* 0.0 D.$ -.4 na

AM #9 mni No Pa* 0.0 &.-5 2.$ na

A2M #9 mni No Pa* 0.0 @.$ (.$ na

A>M #9 mni No Pa* 0.0 @.$ 5$.0 na

A;M #9 mni No Pa* 0.0 &.8 ).( na

A=M #9 mni No Pa* 0.0 D.2 (.$ na

A1M #9 mni No Pa* 0.0 B.2 5$.0 na

AM #9 mni No Pa* 0.0 B.- ).( na

A!M #9 mni No Pa* 0.0 1.) ).( na

A9M #9 mni No Pa* 0.0 D.$ -.4 na


25/25


E$RP Ta:+e

$:$647 687 $627 $627 umper $:$647 687 $627

Ant Cable Cable Cable Cable Cable loss loss loss

$D T+pe m m m m m *B *B *B

Se*ter0

AM Base mni 0.0 45.0 0.0 $0.0 5.0 0.0 $. $.-

A2P Base Panel 0.0 45.0 0.0 28.0 5.0 0.0 $. (.5

A>P Base Panel 0.0 45.0 0.0 22.0 5.0 0.0 $. 2.)

AM #G mni 0.0 45.0 0.0 .0 $.0 0.0 $. 0.8

A2M #G mni 0.0 45.0 0.0 $).0 $.0 0.0 $. 2.$

A>M #G mni 0.0 45.0 0.0 $-.0 $.0 0.0 $. $.8A;M #G mni 0.0 45.0 0.0 $4.0 $.0 0.0 $. $.-

AM #Mzz mni 0.0 45.0 0.0 $0.0 5.0 0.0 $. $.-

A2P #Mzz Panel 0.0 45.0 0.0 24.0 5.0 0.0 $. (.$

A>M #Mzz mni 0.0 45.0 0.0 28.0 5.0 0.0 $. (.5

A;P #Mzz Panel 0.0 45.0 0.0 $4.0 5.0 0.0 $. 2.0

AM # mni 0.0 (-.0 0.0 $0.0 5.0 0.0 $.( $.-

A2P # Panel 0.0 (-.0 ($.0 0.0 5.0 0.0 $.( 2.-

A>P # Panel 0.0 (-.0 0.0 2-.0 5.0 0.0 $.( (.(

A;P # Panel 0.0 (-.0 ().0 0.0 5.0 0.0 $.( (.$

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