mc eval. torre est. alto ilo t.a.c h=80.00 m. v=100kph

EVALUACIN ESTRUCTURAL

MEMORIA DE CLCULO

EVALUACIN ESTRUCTURAL TORRE AUTOSOPORTADA

CUADRADA DE H=80.00 m.

SITE: ESTACIN ALTO ILO

VELOCIDAD DE EVALUACIN: 100 Km/h.

NEXTEL

A.- ESPECIFICACIONES TCNICAS:

A.1 OBJETIVOS.

A.2 MEMORIA DESCRIPTIVA Y DE CLCULO.

A.2.1 NORMAS DE DISEO UTILIZADAS.

A.2.2 PROPIEDADES DE LA ESTRUCTURA.

A.2.3 CARGAS DE VIENTO SOBRE LA TORRE.

A.2.4 CARGAS DE VIENTO SOBRE LAS ANTENAS.

A.2.5 ANTENAS DEL PROYECTO.

A.2.6 DEFORMACIONES.

A.2.7 COMBINACIONES DE CARGA.

B.- RESULTADOS:

B.1 GEOMETRA DE LA TORRE.

B.2 CARGAS EN LA TORRE.

B.3 REPORTE DE ESFUERZOS Y REACCIONES.

B.4 RESULTADOS Y CONCLUSIONES.

B.5 UBICACIN DE CARGAS FUTURAS.

B.6 DIAGRAMA DE FALLA.

LIMA MARZO 2014


TORRE AUTOSOPORTADA CUADRADA H=80.00 m.

XY

Z

theta: 50 phi: 20

ESTACIN ALTO ILO T.A.C. H=80 P EVALUACIN ACTUAL + CARGAS FUTURAS V=100 KPK.

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7255($872623257$'$&8$'5$'$&$5*$6)8785$6+ P


ESPECIFICACIONES TCNICAS

A.1. OBJETIVOS

En el presente informe se describen los criterios y las normas utilizadas en la evaluacin estructural de torres de telecomunicaciones a solicitud de Nextel. La torre es una estructura auto - soportada cuadrada de 80.00 m. de altura, la cual se va evaluar a la velocidad de viento de 100 km/h, que actualmente se encuentra instalada en Pampa Inalmbrica, Distrito: Ilo, Provincia: Ilo, Departamento: Moquegua. El objetivo de la memoria de clculo es verificar si la estructura de la torre actual de 80.00 m, resiste las cargas de antenas actuales y futuras del proyecto; y cumplan con los parmetros que intervienen en la evaluacin, como son la resistencia de los perfiles y desplazamiento en la cima de la torre, no superen los valores recomendados en las normas y cdigos vigentes. No es materia del presente informe las verificaciones de la ingeniera de detalle de la estructura y accesorios, as como la como la cimentacin que lo sostiene. A.2. MEMORIA DESCRIPTIVA Y DE CLCULO A.2.1. NORMAS DE DISEO UTILIZADAS Las normas consideradas en la evaluacin de la torre son las siguientes: Structural Standards for Steel Antenna Towers an Antenna Supporting Structures TIA/EIA-F 1996. Reglamento Nacional de Edificaciones 2006: E 090 Estructuras Metlicas. Para el diseo de los elementos de la torre, usaremos en el Cdigo Americano de Telecomunicaciones TIA/EIA 222 F, en el que en su captulo 3, numeral 3.1.14.1 acepta la utilizacin de los esfuerzos permisibles segn lo normado por el American Institute of Steel Construction (AISC). En tal caso no ser necesario aplicar coeficientes de seguridad a las cargas actuantes, ya que las frmulas de los esfuerzos admisibles establecidos en el AISC, ya tienen factores de seguridad que reducen su valor y que estn en funcin de la esbeltez de sus miembros. Las frmulas empleadas se encuentran en los numerales 1.5.1.3.1 y 1.5.1.3.2 del manual AISC, siendo estas las siguientes:

Cuando

Cuando


Donde

En cuanto a la relacin de esbeltez se considerar como mximo k l/r < 200

Para este tipo de estructuras se asume k = 1.0

Las frmulas para los esfuerzos de tensin: Ft


CARGAS EVENTUALES Viento (W)

A solicitud del cliente se realiza la evaluacin para una velocidad de viento de 100 km/h.

Sismo (E). No se considera, pues la accin del viento es mucho mayor.

Nieve (S).No se considera a solicitud del cliente.

Para el clculo de la estructura se considera un anlisis tridimensional, y las fuerzas producto del viento se aplican a 0, 45, 90, 135, 180, 225, 270 y 315.

De acuerdo a TIA/EIA las frmulas para calcular las cargas de viento sobre los perfiles son las siguientes:

Ht= qzGh (CFAE + CAAA) (kg)

qZ = 0.063277KZV2 (Kg/m2); V (m/s)

KZ = (z/10)2/7 z (m)

Gh = 0.65 + 0.60/(h/10)1/7 h (m .)

CF = 4.0e2 5.9e + 4.0

e = (AF + AR)/AG Donde:

AE = rea proyectada efectiva de componentes estructurales en una cara.

AA= rea proyectada de un accesorio linear.

AF= rea proyectada de componentes estructurales planos en una cara.

AG= rea transversal de una cara de la torre como si fuera slida.

AR= rea proyectada de componentes estructurales redondos en una cara.

CA= Coeficiente de fuerza para accesorios lineares o discretos.

CF= Coeficiente de fuerza de la estructura.

GH= Factor de rfaga.

KZ= Coeficiente de exposicin.

V = Velocidad bsica de diseo.

e = Radio slido.

h = Altura total de la estructura.

qZ = Presin de la velocidad del viento.

z = Altura medida desde la base de la torre al punto medio de la seccin accesorio.


A.2.4. CARGAS DE VIENTO SOBRE LAS ANTENAS

De acuerdo a TIA/EIA las frmulas para calcular las cargas de viento sobre las antenas son las siguientes:

HA = 24.7177CA (KzGHAV2) (Kg); V (m/s.); A (m2)

KZ = (z/10)2/7; z (m)

Gh = 0.65 + 0.60/(h/10)1/7; h (m) Donde:

HA = Fuerza axial actuando a lo largo del eje de la antena.

Hs = Fuerza lateral actuando perpendicular al eje de la antena.

M = Momento de giro en el plano que actan HA y HS.

A = rea exterior de antena parablica.

D= Dimetro exterior de antena parablica.

CA, Cs y CM son coeficientes contenidos en tablas B1 a B6 en anexo B de las normas TIA/EIA222F.

A.2.5. ANTENAS DEL PROYECTO

- CARGAS EXISTENTES:

06 Antenas RF (con rejilla) de 2.40x0.13x0.26 m, instaladas en la plataforma a una altura de 75.00 m aproximadamente.

04 Antenas RF (con rejilla) de 1.96x0.17x0.07 m, instaladas en soportes, la cual estn adosadas a las montantes, a una altura de 71.85 m aproximadamente.

06 Antenas RF de 2.40x0.30x0.09 m, tres de ellas estn instaladas en la plataforma a 75.00 m y las tres faltantes estn en adosados a las montantes a 71.85 m aproximadamente.

03 Antenas RF de 2.40x0.30x0.25 m, instaladas en la plataforma a una altura de 75.00 m aproximadamente.

06 Antenas RF de 0.71x0.17x0.09 m, instaladas en soportes, la cual estn adosadas a las montantes, tres de ellas estn a una altura de 69.00 m y las tres faltantes a 62.77 m aproximadamente.

01 Antena RF de 2.40x0.30x0.13 m, instalada en soporte, la cual est adosada a la montante, a una altura de 65.00 m aproximadamente.

04 Antenas MW de 0.70 m, instaladas en soportes, la cual estn adosadas a las montantes, cada una de ellas estn a una altura de 79.10 m, 77.95 m y 61.70 m aproximadamente.

02 Antenas MW de 2.80 m, instaladas en soportes, la cual estn adosadas a las montantes, a una altura de 64.21 m y 53.55 m aproximadamente.

01 Antena MW de 3.40 m, instalada en soporte, la cual est adosada a la montante, a una altura de 78.57 m aproximadamente.

01 Antena MW de 0.65 m, instalada en soporte, la cual est adosada a la montante, a una altura de 26.82 m aproximadamente.

03 Equipos RRU de 0.48x0.38x0.16 m, ubicadas a una altura de 71.25 m aproximadamente.

06 Equipos ALVARION de 0.31x0.31x0.22 m, tres de ellas estn ubicadas a una altura de 68.40 m y las tres faltantes a 62.10 m aproximadamente.

11 Cables feeders de 1, 29 de 3/8 y 03 de 1/4.


- CARGAS FUTURAS:

07 Enlaces (antenas MW) de 0.60 m, que se propone instalar a una altura de 60.00 m.

07 Enlaces (antenas MW) de 0.60 m, que se propone instalar a una altura de 55.00 m.

01 Enlace (antena MW) de 0.60 m, que se propone instalar a una altura de 50.00 m. A.2.6. DEFORMACIONES

Los parmetros que intervienen en la evaluacin de la torre son resistencia de perfiles y desplazamiento y torsin en la cima del mismo.

Deflexin Mxima 0.5

Torsin Mxima 0.5

A.2.7. COMBINACION DE CARGAS

Para obtener las combinaciones de carga que se utilizarn en el anlisis de la estructura se debe cumplir con lo expuesto en las norma AISC (ASD 89).

RESULTADOS:- B.1 GEOMETRA

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TITL1 ESTACION ILO T.A.C. H=80 mTITL2 EVALUACION ACTUAL + CARGAS FUTURAS V=100 Km/h.UNITS 1 $ 1=metric, 4=US

COMPONENT$ TODO - udp list goes hereP1P7P14P17P19P20P21P22P23

PROFILEFACES 4WBASE 7.80RLBAS 0.0000$ TODO:$ Remove '$' and replace '?' with appropriate$ section numbers in following PANEL blocks.

PANEL 1 HT 2.50 TW 2.00FACE XH1 LEG 1 BR1 20 H1 20PLAN PL1A PB1 20 PB2 20 PB3 20 TOPBOLT LEG 4 A325-5/8 BR1 1 A325-5/8 H1 1 A325-5/8 PB1 1 A325-5/8 PB2 1 A325-5/8 PB3 1 A325-5/8

PANEL 2 HT 2.50FACE XH1 LEG 1 BR1 20 H1 20PLAN PL1A PB1 0 PB2 20 PB3 20 XIPBOLT LEG 0 A325-5/8 BR1 1 A325-5/8 H1 1 A325-5/8 PB2 1 A325-5/8 PB3 1 A325-5/8


PANEL 4 HT 2.50FACE XH3A LEG 2 BR1 20 H1 20 R1 21 R2 0 R3 0 R4 0PLAN PL1A PB1 0 PB2 20 PB3 20 XIPBOLT LEG 0 A325-5/8 BR1 1 A325-5/8 H1 1 A325-5/8 PB2 1 A325-5/8 PB3 1 A325-5/8 R1 1 A325-5/8

PANEL 5 HT 2.00FACE XH3A LEG 10 BR1 20 H1 20 R1 21 R2 0 R3 0 R4 0PLAN PL1A PB1 0 PB2 20 PB3 20 XIPBOLT LEG 0 A325-5/8 BR1 1 A325-5/8 H1 1 A325-5/8 PB2 1 A325-5/8 PB3 1 A325-5/8 R1 1 A325-5/8

$....INICIA TRAMO TRONCONICO...$

PANEL 6 HT 2.00 TW 2.00FACE XH1 LEG 11 BR1 21 H1 21PLAN PL1A PB1 22 PB2 20 PB3 20 TOPBOLT LEG 6 A325-5/8 BR1 1 A325-5/8 H1 1 A325-5/8 PB1 1 A325-5/8 PB2 1 A325-5/8 PB3 1 A325-5/8

$....INICIA TRAMO RECTO.....$

PANEL 7 HT 2.00 TW 3.00FACE @P7$FACE XH1 LEG 11 BR1 20 H1 20$PLAN PL1A PB1 22 PB2 22 PB3 22 TOPBOLT LEG 8 A325-5/8 BR1 1 A325-5/8 H1 1 A325-5/8 PB1 1 A325-5/8 PB2 1 A325-5/8 PB3 1 A325-5/8



PANEL 10 HT 2.50FACE XH1 LEG 12 BR1 20 H1 20PLAN PL1A PB1 0 PB2 20 PB3 20 XIP

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BOLT LEG 0 A325-5/8 BR1 1 A325-5/8 H1 1 A325-5/8 PB2 1 A325-5/8 PB3 1 A325-5/8




$....INICIA TRAMO CONICO...$

PANEL 14 HT 4.00 TW 3.00FACE @P14$FACE XH3A LEG 12 BR1 21 H1 20 R1 20 R2 20 R3 20 R4 20$HIP HS HP1 20 HP2 20 HP3 20$PLAN PL1A PB1 22 PB2 22 PB3 22 TOPBOLT LEG 8 A325-3/4 BR1 1 A325-5/8 H1 1 A325-5/8 PB1 1 A325-5/8 PB2 1 A325-5/8 PB3 1 A325-5/8BOLT R1 1 A325-5/8 R2 1 A325-5/8 R3 1 A325-5/8 R4 1 A325-5/8 HP1 1 A325-5/8 HP2 1 A325-5/8 HP3 1 A325-5/8

PANEL 15 HT 5.00FACE XH3A LEG 12 BR1 21 H1 20 R1 20 R2 20 R3 20 R4 20HIP HS HP1 20 HP2 20 HP3 20PLAN PL1A PB1 0 PB2 22 PB3 22 XIPBOLT LEG 12 A325-5/8 BR1 2 A325-5/8 H1 1 A325-5/8 PB2 1 A325-5/8 PB3 1 A325-5/8BOLT R1 1 A325-5/8 R2 1 A325-5/8 R3 1 A325-5/8 R4 1 A325-5/8 HP1 1 A325-5/8 HP2 1 A325-5/8 HP3 1 A325-5/8

PANEL 16 HT 5.00FACE XH3A LEG 13 BR1 21 H1 20 R1 20 R2 20 R3 20 R4 20PLAN PL1A PB1 0 PB2 22 PB3 22 XIPHIP HS HP1 20 HP2 20 HP3 20BOLT LEG 12 A325-5/8 BR1 2 A325-5/8 H1 1 A325-5/8 R1 1 A325-5/8 R2 1 A325-5/8 R3 1 A325-5/8 R4 1 A325-5/8BOLT PB2 1 A325-5/8 PB3 1 A325-5/8 HP1 1 A325-5/8 HP2 1 A325-5/8 HP3 1 A325-5/8

PANEL 17 HT 5.00FACE @P17$FACE XH3A LEG 13 BR1 21 H1 20 R1 20 R2 20 R3 20 R4 20$PLAN PL1A PB1 0 PB2 22 PB3 22 XIP$HIP HS HP1 20 HP2 20 HP3 20BOLT LEG 12 A325-5/8 BR1 2 A325-5/8 H1 1 A325-5/8 R1 1 A325-5/8 R2 1 A325-5/8 R3 1 A325-5/8 R4 1 A325-5/8BOLT PB2 1 A325-5/8 PB3 1 A325-5/8 HP1 1 A325-5/8 HP2 1 A325-5/8 HP3 1 A325-5/8

PANEL 18 HT 5.00FACE XH3A LEG 14 BR1 21 H1 21 R1 20 R2 20 R3 20 R4 20PLAN PL1A PB1 0 PB2 22 PB3 22 XIPHIP HS HP1 20 HP2 20 HP3 20BOLT LEG 14 A325-5/8 BR1 2 A325-5/8 H1 1 A325-5/8 R1 1 A325-5/8 R2 1 A325-5/8 R3 1 A325-5/8 R4 1 A325-5/8BOLT PB2 1 A325-5/8 PB3 1 A325-5/8 HP1 1 A325-5/8 HP2 1 A325-5/8 HP3 1 A325-5/8



PANEL 21 HT 5.00FACE @P21$FACE XH3A LEG 14 BR1 22 H1 22 R1 20 R2 20 R3 20 R4 20$PLAN PL1A PB1 0 PB2 22 PB3 22 XIP$HIP HS HP1 20 HP2 20 HP3 20BOLT LEG 8 A325-1 BR1 2 A325-5/8 H1 2 A325-5/8 R1 1 A325-5/8 R2 1 A325-5/8 R3 1 A325-5/8 R4 1 A325-5/8BOLT PB2 1 A325-5/8 PB3 1 A325-5/8 HP1 1 A325-5/8 HP2 1 A325-5/8 HP3 1 A325-5/8

PANEL 22 HT 5.00

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FACE @P22$FACE XH3A LEG 3 BR1 22 H1 22 R1 20 R2 20 R3 20 R4 20$PLAN PL1A PB1 0 PB2 22 PB3 22 XIP$HIP HS HP1 20 HP2 20 HP3 20BOLT LEG 8 A325-1 BR1 2 A325-5/8 H1 2 A325-5/8 R1 1 A325-5/8 R2 1 A325-5/8 R3 1 A325-5/8 R4 1 A325-5/8BOLT PB2 1 A325-5/8 PB3 1 A325-5/8 HP1 1 A325-5/8 HP2 1 A325-5/8 HP3 1 A325-5/8

PANEL 23 HT 5.00FACE @P23$FACE XH3A LEG 3 BR1 22 H1 22 R1 20 R2 20 R3 20 R4 20$PLAN PL1A PB1 0 PB2 22 PB3 22 XIP$HIP HS HP1 20 HP2 20 HP3 20BOLT LEG 8 A325-1 BR1 2 A325-5/8 H1 2 A325-5/8 R1 1 A325-5/8 R2 1 A325-5/8 R3 1 A325-5/8 R4 1 A325-5/8BOLT PB2 1 A325-5/8 PB3 1 A325-5/8 HP1 1 A325-5/8 HP2 1 A325-5/8 HP3 1 A325-5/8

ENDSUPPORTS$ TODO - support list goes here$ syntax:$ { COORD x y z | LEG abcd } ...$ { PINNED | FIXED [ BUT { releases | springs } ] }END

SECTIONS$ TODO - section list goes here$ LIBR libr IFACT 1.0LIBR P:US IFACT 1.0

1 EA2.5X2.5X1/4 Y FY 248 BH 182 EA3X3X1/4 Y FY 248 BH 183 EA6X6X1/2 Y FY 248 BH 18

10 STA3X3X1/4 Y FY 248 BH 1811 STA4X3X1/4 Y FY 248 BH 1812 STA5X3/8+4X1/4 Y FY 248 BH 1813 STA6X3/8+4X1/4 Y FY 248 BH 1814 STA6X1/2+4X3/8 Y FY 248 BH 18

20 EA2x2x3/16 Y FY 248 BH 18 CONNECT L21 EA2.5x2.5x3/16 Y FY 248 BH 18 CONNECT L22 EA2.5x2.5x1/4 Y FY 248 BH 18 CONNECT L

ENDBOLTDATA$Bolt checking to EIA-222-F/AISC, ASTM A325A325-11/4 A325 D 31.75 AS 791.7 FY 300 FU 500 FV_EIA 125 $$ HOLE SIZE 32mmA325-1 A325 D 25.4 AS 506.7 FY 300 FU 500 FV_EIA 125 $$ HOLE SIZE 27A325-3/4 A325 D 19.05 AS 285 FY 300 FU 500 FV_EIA 125 $$ HOLE SIZE 21A325-5/8 A325 D 15.875 AS 197.9 FY 300 FU 500 FV_EIA 125 $$ HOLE SIZE 18A325-7/8 A325 D 22.0 AS 385 FY 300 FU 500 FV_EIA 125 $$ HOLE SIZE 21A325-1/2 A325 D 12.7 AS 126.6 FY 300 FU 500 FV_EIA 125 $$ HOLE SIZE 14A325-3/8 A325 D 9.525 AS 70.9 FY 300 FU 500 FV_EIA 125 $$ HOLE SIZE 11

$$ BOLTS IN DOUBLE SHEARA325-11/4-2 A325 D 31.75 AS 791.7 FY 300 FU 500 FV_EIA 125 NSP 2 $$ HOLE SIZE 32mmA325-1-2 A325 D 25.4 AS 506.7 FY 300 FU 500 FV_EIA 125 NSP 2 $$ HOLE SIZE 27A325-3/4-2 A325 D 19.05 AS 285 FY 300 FU 500 FV_EIA 125 NSP 2 $$ HOLE SIZE 21A325-5/8-2 A325 D 15.875 AS 197.9 FY 300 FU 500 FV_EIA 125 NSP 2 $$ HOLE SIZE 18A325-1/2-2 A325 D 12.7 AS 126.6 FY 300 FU 500 FV_EIA 125 NSP 2 $$ HOLE SIZE 14

ENDEND

-B.2 CARGAS EN LA TORRE

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$ from FILE TWRSTD.TWR$ prototype TWR file for square tower. Edit to your requirements$ STATION$ HEIGHT$ NGR SP$ MAP No$ STRUCTURE$ TYPE:-$ MANUFACTURERS:-$ ANCILLARIES Drawings$ Amendments$ CAD REF$ STRUCTURAL Drawings:-

PARAMETERSANGN 10 $ Angle Anti-clockwise from X axis to NorthCODE EIA222 $ WIND PROFILE TO THIS CODEICE RO 0.0 RW 0.0 $ For icingALTOP 0 $ SITE + TOWER HEIGHT for icingPSF-V 1.20 $ Partial safety factor for wind speed, BS8100PSF-M 1.20 $ Partial safety factor for Material strength, BS8100VB 27.78 $ENTER SITE WINDSPEED HERE MEAN HOURLY, GUST or FASTEST MILE, adjusted for heightOVERLAP 1 $ Allow for the overlap of members

ENDTERRAINANGLE 0 TCAT 2 $ HH 0.0 BETAH 0.0 XLEE 0.0ENDLOADSCASE 100 Weight of tower plus ancillariesDL$TODO - any additional NDLDs go here

CASE 200 wind at 0 to X axisWL ANGLX 0.0 NOICECASE 220 wind at 45 to X axisWL ANGLX 45.0 NOICECASE 240 wind at 90 to X axisWL ANGLX 90.0 NOICECASE 260 wind at 135 to X axisWL ANGLX 135.0 NOICECASE 280 wind at 180 to X axisWL ANGLX 180.0 NOICECASE 300 wind at 225 to X axisWL ANGLX 225.0 NOICECASE 320 wind at 270 to X axisWL ANGLX 270.0 NOICECASE 340 wind at 315 to X axisWL ANGLX 315.0 NOICE

CASE 500 CARGA: wind at 0 to X axisCOMBIN 100 1.2COMBIN 200 1.0CASE 520 CARGA: wind at 45 to X axisCOMBIN 100 1.2COMBIN 220 1.0CASE 540 CARGA: wind at 90 to X axisCOMBIN 100 1.2COMBIN 240 1.0CASE 560 CARGA: wind at 135 to X axisCOMBIN 100 1.2COMBIN 260 1.0CASE 580 CARGA: wind at 180 to X axisCOMBIN 100 1.2COMBIN 280 1.0CASE 600 CARGA: wind at 225 to X axisCOMBIN 100 1.2COMBIN 300 1.0CASE 620 CARGA: wind at 270 to X axisCOMBIN 100 1.2COMBIN 320 1.0CASE 640 CARGA: wind at 315 to X axisCOMBIN 100 1.2COMBIN 340 1.0END

ANCILLARIES

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$DUMMY ENTRIES FOR GUIDENCE ONLYLARGE LIBR P:ANC.LIB $ use ANC.LIB if library is in DATA area

$...................ANTENAS EXISTENTES......................$

$PLATAFORMASROLD XA 0.00 YA 0.00 ZA 74.60 LIB SWANN-C15 ANG 0 FACT 1PLA1 XA -0.70 YA 0.00 ZA 60.55 LIB PLAT-D ANG 10 FACT 1PLA2 XA 0.70 YA 0.00 ZA 60.55 LIB PLAT-D ANG 10 FACT 1PLA3 XA -0.70 YA 0.00 ZA 43.00 LIB PLAT-D ANG 10 FACT 1PLA4 XA 0.70 YA 0.00 ZA 43.00 LIB PLAT-D ANG 10 FACT 1PLA5 XA -0.70 YA 0.00 ZA 17.95 LIB PLAT-D ANG 10 FACT 1PLA6 XA 0.70 YA 0.00 ZA 17.95 LIB PLAT-D ANG 10 FACT 1

$ANTENAS RFRF1 XA -1.15 YA -3.11 ZA 75.00 LIB TM26X240 ANG 165 $2.40x0.13x0.26 m. CON REJILLARF2 XA -1.47 YA -1.80 ZA 75.00 LIB TM26X240 ANG 165 $2.40x0.13x0.26 m. CON REJILLARF3 XA -1.85 YA -0.49 ZA 75.00 LIB TM26X240 ANG 165 $2.40x0.13x0.26 m. CON REJILLARF4 XA -2.74 YA 0.27 ZA 75.00 LIB TM26X240 ANG 240 $2.40x0.13x0.26 m. CON REJILLARF5 XA -1.88 YA 1.20 ZA 75.00 LIB TM26X240 ANG 240 $2.40x0.13x0.26 m. CON REJILLARF6 XA -1.03 YA 2.19 ZA 75.00 LIB TM26X240 ANG 240 $2.40x0.13x0.26 m. CON REJILLA

RF7 XA 0.91 YA 2.29 ZA 75.00 LIB TM30X240 ANG 345 $2.40x0.30x0.09 m.RF8 XA 1.63 YA 1.15 ZA 75.00 LIB TM30X240 ANG 345 $2.40x0.30x0.09 m.RF9 XA 2.38 YA 0.06 ZA 75.00 LIB TM30X240 ANG 345 $2.40x0.30x0.09 m.

RF10 XA 2.19 YA -1.11 ZA 75.00 LIB TM30X240 ANG 60 $2.40x0.30x0.25 m.RF11 XA 1.09 YA -1.86 ZA 75.00 LIB TM30X240 ANG 60 $2.40x0.30x0.25 m.RF12 XA 0.06 YA -2.63 ZA 75.00 LIB TM30X240 ANG 60 $2.40x0.30x0.25 m.

RF13 XA 0.90 YA 2.09 ZA 71.85 LIB TM16X200 ANG 330 $1.96x0.17x0.07 m. CON REJILLARF14 XA 2.11 YA 0.79 ZA 71.85 LIB TM16X200 ANG 330 $1.96x0.17x0.07 m. CON REJILLARF15 XA 2.13 YA -1.07 ZA 71.85 LIB TM16X200 ANG 20 $1.96x0.17x0.07 m. CON REJILLARF16 XA 0.67 YA -2.09 ZA 71.85 LIB TM16X200 ANG 20 $1.96x0.17x0.07 m. CON REJILLA

RF17 XA 1.87 YA 1.73 ZA 71.85 LIB TM30X240 ANG 350 $2.40x0.30x0.09 m.RF18 XA -0.24 YA -2.07 ZA 71.85 LIB TM30X240 ANG 85 $2.40x0.30x0.09 m.RF19 XA -1.95 YA -1.71 ZA 71.85 LIB TM30X240 ANG 85 $2.40x0.30x0.09 m.

RF20 XA 1.81 YA 1.30 ZA 69.00 LIB TM17X70 ANG 10 $0.71x0.17x0.09 m.RF21 XA 1.65 YA -1.38 ZA 69.00 LIB TM17X70 ANG 60 $0.71x0.17x0.09 m.RF22 XA -1.43 YA -0.78 ZA 69.00 LIB TM17X70 ANG 245 $0.71x0.17x0.09 m.

RF23 XA 2.29 YA 1.64 ZA 65.00 LIB TM30X240 ANG 350 $2.40x0.30x0.13 m.

RF24 XA -2.19 YA 1.96 ZA 62.77 LIB TM17X70 ANG 220 $0.71x0.17x0.09 m.RF25 XA 2.31 YA 1.80 ZA 62.77 LIB TM17X70 ANG 10 $0.71x0.17x0.09 m.RF26 XA 1.68 YA -2.38 ZA 62.77 LIB TM17X70 ANG 100 $0.71x0.17x0.09 m.

$EQUIPOS RRU DE 0.48x0.38x0.16 m.RRU1 XA 1.94 YA 0.65 ZA 71.25 LIB A0092C ANG 330RRU2 XA 1.91 YA -1.03 ZA 71.25 LIB A0092C ANG 20RRU3 XA -0.38 YA -1.56 ZA 71.25 LIB A0092C ANG 85

$EQUIPOS ALVARION DE 0.31x0.31x0.22 mEQ1 XA 1.81 YA 1.30 ZA 68.40 LIB A0092J ANG 10EQ2 XA 1.65 YA -1.38 ZA 68.40 LIB A0092J ANG 60EQ3 XA -1.43 YA -0.78 ZA 68.40 LIB A0092J ANG 245

EQ4 XA -2.19 YA 1.96 ZA 62.10 LIB A0092J ANG 220EQ5 XA 2.31 YA 1.80 ZA 62.10 LIB A0092J ANG 10EQ6 XA 1.68 YA -2.38 ZA 62.10 LIB A0092J ANG 100

$ANTENAS MWMW1 XA -1.50 YA 1.50 ZA 79.10 LIB SH1PR-2A ANG 215 $ D=0.70 m.MW2 XA -1.50 YA 1.50 ZA 77.95 LIB SH1PR-2A ANG 215 $ D=0.70 m.MW3 XA -0.31 YA -2.23 ZA 78.57 LIB SH1PR-11 ANG 130 $ D=3.40 m.MW4 XA -1.50 YA 1.50 ZA 72.51 LIB SH1PR-2A ANG 120 $ D=0.70 m.MW5 XA -2.00 YA -2.00 ZA 64.21 LIB SH1PR-10 ANG 140 $ D=2.80 m.MW6 XA -2.00 YA -2.00 ZA 61.70 LIB SH1PR-2A ANG 140 $ D=0.70 m.MW7 XA -2.00 YA -2.00 ZA 53.55 LIB SH1PR-10 ANG 130 $ D=2.80 m.MW8 XA 3.05 YA 3.05 ZA 26.82 LIB SH1PR-2A ANG 25 $ D=0.65 m.

$.............CARGAS FUTURAS..............$

$ 7 ENLACES A =60.00 m.(ANTENAS MW )MW-1 XA 2.00 YA 2.00 ZA 60.80 LIB SH1PR-2 ANG 345 $ D=0.60 m.MW-2 XA 2.00 YA 2.00 ZA 60.00 LIB SH1PR-2 ANG 345 $ D=0.60 m.MW-3 XA 2.00 YA 2.00 ZA 59.20 LIB SH1PR-2 ANG 345 $ D=0.60 m.MW-4 XA -2.00 YA 2.00 ZA 60.80 LIB SH1PR-2 ANG 220 $ D=0.60 m.

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MW-5 XA -2.00 YA 2.00 ZA 60.00 LIB SH1PR-2 ANG 220 $ D=0.60 m.MW-6 XA -2.00 YA 2.00 ZA 59.20 LIB SH1PR-2 ANG 220 $ D=0.60 m.MW-7 XA -2.00 YA -2.00 ZA 60.00 LIB SH1PR-2 ANG 165 $ D=0.60 m.

$ 7 ENLACES A =55.00 m.(ANTENAS MW )MW.1 XA 2.00 YA 2.00 ZA 55.80 LIB SH1PR-2 ANG 345 $ D=0.60 m.MW.2 XA 2.00 YA 2.00 ZA 55.00 LIB SH1PR-2 ANG 345 $ D=0.60 m.MW.3 XA 2.00 YA 2.00 ZA 54.20 LIB SH1PR-2 ANG 345 $ D=0.60 m.MW.4 XA -2.00 YA 2.00 ZA 55.80 LIB SH1PR-2 ANG 220 $ D=0.60 m.MW.5 XA -2.00 YA 2.00 ZA 55.00 LIB SH1PR-2 ANG 220 $ D=0.60 m.MW.6 XA -2.00 YA 2.00 ZA 54.20 LIB SH1PR-2 ANG 220 $ D=0.60 m.MW.7 XA -2.00 YA -2.00 ZA 55.80 LIB SH1PR-2 ANG 165 $ D=0.60 m.

$ 1 ENLACE A =50.00 m.(ANTENA MW )MW_1 XA -2.00 YA -2.00 ZA 50.00 LIB SH1PR-2 ANG 165 $ D=0.60 m.

LINEAR LIBR P:LIN.LIB $ use LIN.LIB if library in DATA areaLADDER1 XB -0.40 YB 0.00 ZB 0.00 XT -0.40 YT 0.00 ZT 80.00 LIB P-LADDER FACT 1 ANG 100LADDER2 XB 0.40 YB 0.00 ZB 0.00 XT 0.40 YT 0.00 ZT 80.00 LIB R-LADDER FACT 1 ANG 280

$Feeders on cable tray not entered as shrouded by cable tray.$FDR-GRPn refers to a group of linear ancillaries.FDR1 XB 0.19 YB 0.43 ZB 0.00 XT 0.19 YT 0.43 ZT 80.00 LIB FDR25 FACT 1 ANG 280FDR2 XB 0.19 YB 0.47 ZB 0.00 XT 0.19 YT 0.47 ZT 80.00 LIB FDR25 FACT 1 ANG 280FDR3 XB 0.15 YB 0.43 ZB 0.00 XT 0.15 YT 0.43 ZT 80.00 LIB FDR9 FACT 2 ANG 280FDR4 XB 0.13 YB 0.43 ZB 0.00 XT 0.13 YT 0.43 ZT 80.00 LIB FDR6 FACT 2 ANG 280FDR5 XB 0.06 YB 0.46 ZB 0.00 XT 0.06 YT 0.46 ZT 80.00 LIB FDR25 FACT 3 ANG 280FDR6 XB -0.03 YB 0.43 ZB 0.00 XT -0.03 YT 0.43 ZT 80.00 LIB FDR_GRP13C FACT 1 ANG 280FDR7 XB -0.08 YB 0.43 ZB 0.00 XT -0.08 YT 0.43 ZT 80.00 LIB FDR_GRP13C FACT 1 ANG 280FDR8 XB -0.13 YB 0.43 ZB 0.00 XT -0.13 YT 0.43 ZT 80.00 LIB FDR9 FACT 2 ANG 280

FDR9 XB -0.03 YB 0.48 ZB 0.00 XT -0.03 YT 0.48 ZT 60.00 LIB FDR12 FACT 3 ANG 280FDR10 XB -0.08 YB 0.48 ZB 0.00 XT -0.08 YT 0.48 ZT 55.00 LIB FDR12 FACT 3 ANG 280

ENDEND

X Y

Z

theta: 0 phi: 0

ESTACIN ALTO ILO T.A.C. H=80 P EVALUACIN ACTUAL + CARGAS FUTURAS V=100 KPK

10 mar 201401:05

MStower [V6.00.010]

VISTA DE ELEVACIN

- B.3 REPORTE DE ESFUERZOS Y REACCIONES

Page 1 of 1410 mar 2014

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MSTOWER V6 Member checking to EIA-222-F (030216)

ESTACION ILO T.A.C. H=80 M EVALUACION ACTUAL + CARGAS FUTURAS V=100 KM/H.

-- L O A D C A S E S --Case Y/N Title 100 N WEIGHT OF TOWER PLUS ANCILLARIES 200 N WIND AT 0 TO X AXIS 220 N WIND AT 45 TO X AXIS 240 N WIND AT 90 TO X AXIS 260 N WIND AT 135 TO X AXIS 280 N WIND AT 180 TO X AXIS 300 N WIND AT 225 TO X AXIS 320 N WIND AT 270 TO X AXIS 340 N WIND AT 315 TO X AXIS 500 Y CARGA: WIND AT 0 TO X AXIS 520 Y CARGA: WIND AT 45 TO X AXIS 540 Y CARGA: WIND AT 90 TO X AXIS 560 Y CARGA: WIND AT 135 TO X AXIS 580 Y CARGA: WIND AT 180 TO X AXIS 600 Y CARGA: WIND AT 225 TO X AXIS 620 Y CARGA: WIND AT 270 TO X AXIS 640 Y CARGA: WIND AT 315 TO X AXIS

Y = Cases to be checked N = Not Used

Report Units: Dims., lengths, areas ... mm, mm2 Forces ..................... kN Stresses ..............N/mm2 (MPa)

Allowable stresses to EIA-222-F. Overstress factor for WL: 1.330 Safety factor for guys: 2.000 Symbols: fy = yield stress nb = no. bolts in end connection. C = Section 5.7 sub-clause used for KL/r. KL/r= Section 5.7.4 slenderness ratio. x/y/v=buckling axis. P = Axial force in member, kN. c=compression f = Axial stress in member, MPa. F = Allowable stress, MPa. * = Stress ratio > 1.0 # = Exceeds code slenderness limits.

Pnl Members Typ Size fy nb C KL/r Case P f F f/F Bolts 1 1- 2 LEG EA2.5X2.5X1/4 248 4 4 100v 560 4c 5 119 0.043 0.030 1 21- 22 LEG EA2.5X2.5X1/4 248 4 4 0 520 2 3 198 0.017 0.016 1 41- 42 LEG EA2.5X2.5X1/4 248 4 4 100v 640 1c 1 119 0.012 0.008 1 61- 62 LEG EA2.5X2.5X1/4 248 4 4 100v 520 5c 7 119 0.055 0.038 1 5- 6 XBR EA2X2X3/16 248 4 8 160v 600 7c 15 54 0.274 0.205 1 7- 8 XBR EA2X2X3/16 248 4 8 160v 520 6c 13 54 0.238 0.201 1 25- 26 XBR EA2X2X3/16 248 4 8 160v 520 1c 3 54 0.047 0.044 1 27- 28 XBR EA2X2X3/16 248 4 8 160v 600 2c 3 54 0.061 0.046 1 45- 46 XBR EA2X2X3/16 248 4 8 160v 560 6c 12 54 0.227 0.170 1 47- 48 XBR EA2X2X3/16 248 4 8 160v 640 5c 10 54 0.196 0.161 1 65- 66 XBR EA2X2X3/16 248 4 8 160v 580 7c 15 54 0.280 0.210 1 67- 68 XBR EA2X2X3/16 248 4 8 160v 500 7c 15 54 0.288 0.216 1 3- 4 RED EA2X2X3/16 248 4 11 100v 600 4c 8 119 0.070 0.117 1 23- 24 RED EA2X2X3/16 248 4 11 100v 600 1c 1 119 0.011 0.018 1 43- 44 RED EA2X2X3/16 248 4 11 100v 560 3c 7 119 0.055 0.092 1 63- 64 RED EA2X2X3/16 248 4 11 100v 500 4c 9 119 0.072 0.120 1 69- 72 HOR EA2X2X3/16 248 4 8 200v 620 0c 0 34 0.006 0.003 1 73- 76 HOR EA2X2X3/16 248 4 8 200v 580 0c 0 34 0.008 0.004 1 77- 80 HOR EA2X2X3/16 248 4 8 200v 540 0c 0 34 0.005 0.003 1 81- 84 HOR EA2X2X3/16 248 4 8 200v 500 0c 0 34 0.005 0.003 1 85- 86 PBR EA2X2X3/16 248 4 8 188v 640 0c 0 39 0.004 0.002 1 87- 88 PBR EA2X2X3/16 248 4 8 188v 580 0c 0 39 0.003 0.002

2 101- 102 LEG EA2.5X2.5X1/4 248 4 4 100v 560 14c 19 119 0.157 0.000 2 121- 122 LEG EA2.5X2.5X1/4 248 4 4 100v 600 13c 17 119 0.144 0.000 2 141- 142 LEG EA2.5X2.5X1/4 248 4 4 100v 640 10c 13 119 0.111 0.000 2 161- 162 LEG EA2.5X2.5X1/4 248 4 4 100v 520 17c 23 119 0.192 0.000 2 105- 106 XBR EA2X2X3/16 248 4 8 160v 620 8c 18 54 0.336 0.252 2 107- 108 XBR EA2X2X3/16 248 4 8 160v 520 7c 15 54 0.271 0.248 2 125- 126 XBR EA2X2X3/16 248 4 8 160v 520 2c 5 54 0.089 0.086

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2 127- 128 XBR EA2X2X3/16 248 4 8 160v 580 3c 7 54 0.123 0.092 2 145- 146 XBR EA2X2X3/16 248 4 8 160v 560 7c 14 54 0.270 0.203 2 147- 148 XBR EA2X2X3/16 248 4 8 160v 620 6c 13 54 0.241 0.202 2 165- 166 XBR EA2X2X3/16 248 4 8 160v 580 8c 17 54 0.326 0.253 2 167- 168 XBR EA2X2X3/16 248 4 8 160v 500 8c 18 54 0.344 0.258 2 103- 104 RED EA2X2X3/16 248 4 11 100v 600 0c 1 119 0.005 0.008 2 123- 124 RED EA2X2X3/16 248 4 11 100v 500 0c 1 119 0.005 0.009 2 143- 144 RED EA2X2X3/16 248 4 11 100v 540 0c 1 119 0.005 0.008 2 163- 164 RED EA2X2X3/16 248 4 11 100v 520 0c 1 119 0.005 0.008 2 185- 186 PBR EA2X2X3/16 248 4 8 188v 640 0c 0 39 0.003 0.002 2 187- 188 PBR EA2X2X3/16 248 4 8 188v 580 0c 0 39 0.003 0.002

3 201- 202 LEG EA2.5X2.5X1/4 248 4 4 100v 560 36c 47 119 0.396 0.274 3 221- 222 LEG EA2.5X2.5X1/4 248 4 4 100v 600 38c 50 119 0.420 0.291 3 241- 242 LEG EA2.5X2.5X1/4 248 4 4 100v 640 31c 40 119 0.339 0.235 3 261- 262 LEG EA2.5X2.5X1/4 248 4 4 100v 520 41c 54 119 0.455 0.315 3 205- 206 XBR EA2X2X3/16 248 4 8 160v 620 14c 31 54 0.572 0.430 3 207- 208 XBR EA2X2X3/16 248 4 8 160v 540 12c 27 54 0.502 0.421 3 225- 226 XBR EA2X2X3/16 248 4 8 160v 500 7c 16 54 0.293 0.241 3 227- 228 XBR EA2X2X3/16 248 4 8 160v 580 8c 18 54 0.330 0.247 3 245- 246 XBR EA2X2X3/16 248 4 8 160v 540 12c 26 54 0.488 0.366 3 247- 248 XBR EA2X2X3/16 248 4 8 160v 620 12c 26 54 0.491 0.368 3 265- 266 XBR EA2X2X3/16 248 4 8 160v 580 14c 31 54 0.586 0.440 3 267- 268 XBR EA2X2X3/16 248 4 8 160v 500 15c 32 54 0.598 0.449 3 203- 204 RED EA2X2X3/16 248 4 11 100v 600 1c 1 119 0.010 0.017 3 223- 224 RED EA2X2X3/16 248 4 11 100v 600 1c 1 119 0.010 0.017 3 243- 244 RED EA2X2X3/16 248 4 11 100v 520 1c 1 119 0.011 0.019 3 263- 264 RED EA2X2X3/16 248 4 11 100v 520 1c 1 119 0.011 0.019 3 285- 286 PBR EA2X2X3/16 248 4 8 141v 560 0c 0 69 0.003 0.003 3 287- 288 PBR EA2X2X3/16 248 4 8 141v 500 0c 0 69 0.003 0.003

4 301- 304 LEG EA3X3X1/4 248 4 4 83v 560 66c 71 138 0.513 0.000 4 321- 324 LEG EA3X3X1/4 248 4 4 83v 600 71c 76 138 0.556 0.000 4 341- 344 LEG EA3X3X1/4 248 4 4 83v 640 58c 63 138 0.456 0.000 4 361- 364 LEG EA3X3X1/4 248 4 4 83v 520 72c 77 138 0.561 0.000 4 307- 310 XBR EA2X2X3/16 248 4 8 160v 620 19c 42 54 0.776 0.582 4 311- 314 XBR EA2X2X3/16 248 4 8 160v 540 17c 37 54 0.699 0.570 4 327- 330 XBR EA2X2X3/16 248 4 8 160v 500 11c 23 54 0.431 0.345 4 331- 334 XBR EA2X2X3/16 248 4 8 160v 580 12c 26 54 0.479 0.359 4 347- 350 XBR EA2X2X3/16 248 4 8 160v 540 16c 34 54 0.630 0.473 4 351- 354 XBR EA2X2X3/16 248 4 8 160v 620 16c 34 54 0.630 0.473 4 367- 370 XBR EA2X2X3/16 248 4 8 160v 580 19c 40 54 0.754 0.569 4 371- 374 XBR EA2X2X3/16 248 4 8 160v 500 19c 42 54 0.777 0.583 4 305- 306 RED EA2X2X3/16 248 4 11 100v 600 2c 4 119 0.031 0.051 4 325- 326 RED EA2X2X3/16 248 4 11 100v 640 1c 3 119 0.025 0.042 4 345- 346 RED EA2X2X3/16 248 4 11 100v 640 1c 3 119 0.021 0.035 4 365- 366 RED EA2X2X3/16 248 4 11 100v 520 2c 4 119 0.031 0.051 4 396- 397 PBR EA2X2X3/16 248 4 8 141v 560 0c 0 69 0.004 0.004 4 398- 399 PBR EA2X2X3/16 248 4 8 141v 500 0c 0 69 0.004 0.004 4 315 RED EA2.5X2.5X3/16 248 4 11 0 560 0 1 198 0.004 0.012 4 319 RED EA2.5X2.5X3/16 248 4 11 0 600 0 1 198 0.005 0.013 4 335 RED EA2.5X2.5X3/16 248 4 11 0 600 0 1 198 0.005 0.013 4 339 RED EA2.5X2.5X3/16 248 4 11 0 640 0 1 198 0.004 0.011 4 355 RED EA2.5X2.5X3/16 248 4 11 0 640 0 1 198 0.004 0.011 4 359 RED EA2.5X2.5X3/16 248 4 11 0 520 0 1 198 0.005 0.014 4 375 RED EA2.5X2.5X3/16 248 4 11 0 520 0 1 198 0.005 0.014 4 379 RED EA2.5X2.5X3/16 248 4 11 0 560 0 1 198 0.004 0.012

5 401- 404 LEG STA3X3X1/4 248 4 4 34v 560 98c 53 180 0.292 0.000 5 421- 424 LEG STA3X3X1/4 248 4 4 34v 600 107c 58 180 0.319 0.000 5 441- 444 LEG STA3X3X1/4 248 4 4 34v 640 89c 48 180 0.267 0.000 5 461- 464 LEG STA3X3X1/4 248 4 4 34v 520 105c 57 180 0.313 0.000 5 407- 410 XBR EA2X2X3/16 248 4 8 141v 620 18c 39 69 0.567 0.546 5 411- 414 XBR EA2X2X3/16 248 4 8 141v 540 16c 35 69 0.515 0.527 5 427- 430 XBR EA2X2X3/16 248 4 8 141v 500 10c 22 69 0.325 0.324 5 431- 434 XBR EA2X2X3/16 248 4 8 141v 580 11c 25 69 0.359 0.346 5 447- 450 XBR EA2X2X3/16 248 4 8 141v 540 15c 32 69 0.466 0.448 5 451- 454 XBR EA2X2X3/16 248 4 8 141v 620 15c 32 69 0.466 0.448 5 467- 470 XBR EA2X2X3/16 248 4 8 141v 580 17c 38 69 0.547 0.526 5 471- 474 XBR EA2X2X3/16 248 4 8 141v 500 18c 39 69 0.565 0.543 5 405- 406 RED EA2X2X3/16 248 4 11 100v 600 2c 3 119 0.029 0.048 5 425- 426 RED EA2X2X3/16 248 4 11 100v 600 2c 3 119 0.029 0.048 5 445- 446 RED EA2X2X3/16 248 4 11 100v 520 2c 3 119 0.028 0.048 5 465- 466 RED EA2X2X3/16 248 4 11 100v 520 2c 3 119 0.028 0.048 5 496- 497 PBR EA2X2X3/16 248 4 8 141v 560 0c 0 69 0.003 0.003 5 498- 499 PBR EA2X2X3/16 248 4 8 141v 520 0c 0 69 0.003 0.003 5 415 RED EA2.5X2.5X3/16 248 4 11 0 560 0 1 198 0.004 0.011 5 419 RED EA2.5X2.5X3/16 248 4 11 0 600 0 1 198 0.004 0.012 5 435 RED EA2.5X2.5X3/16 248 4 11 0 600 0 1 198 0.004 0.012 5 439 RED EA2.5X2.5X3/16 248 4 11 0 640 0 1 198 0.003 0.010 5 455 RED EA2.5X2.5X3/16 248 4 11 0 640 0 1 198 0.003 0.010

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5 459 RED EA2.5X2.5X3/16 248 4 11 0 520 0 1 198 0.004 0.012 5 475 RED EA2.5X2.5X3/16 248 4 11 0 520 0 1 198 0.004 0.012 5 479 RED EA2.5X2.5X3/16 248 4 11 0 560 0 1 198 0.004 0.011

6 501- 502 LEG STA4X3X1/4 248 4 4 43v 560 107c 49 171 0.289 0.544 6 521- 522 LEG STA4X3X1/4 248 4 4 43v 600 117c 54 171 0.315 0.594 6 541- 542 LEG STA4X3X1/4 248 4 4 43v 640 100c 46 171 0.269 0.507 6 561- 562 LEG STA4X3X1/4 248 4 4 43v 520 114c 52 171 0.306 0.578 6 505- 506 XBR EA2.5X2.5X3/16 248 4 8 155v 560 12c 20 57 0.352 0.390 6 507- 508 XBR EA2.5X2.5X3/16 248 4 10 147y 600 9c 16 63 0.256 0.287 6 525- 526 XBR EA2.5X2.5X3/16 248 4 8 155v 600 13c 22 57 0.388 0.425 6 527- 528 XBR EA2.5X2.5X3/16 248 4 10 147y 640 10c 18 63 0.279 0.313 6 545- 546 XBR EA2.5X2.5X3/16 248 4 8 155v 620 8c 13 57 0.229 0.280 6 547- 548 XBR EA2.5X2.5X3/16 248 4 8 155v 520 13c 22 57 0.391 0.437 6 565- 566 XBR EA2.5X2.5X3/16 248 4 8 155v 540 8c 15 57 0.254 0.275 6 567- 568 XBR EA2.5X2.5X3/16 248 4 10 147y 560 8c 14 63 0.228 0.256 6 503- 504 RED EA2.5X2.5X3/16 248 4 11 95v 600 2c 3 124 0.025 0.055 6 523- 524 RED EA2.5X2.5X3/16 248 4 11 95v 600 2c 3 124 0.025 0.055 6 543- 544 RED EA2.5X2.5X3/16 248 4 11 95v 600 2c 3 124 0.025 0.054 6 563- 564 RED EA2.5X2.5X3/16 248 4 11 95v 520 2c 3 124 0.024 0.054 6 569- 572 HOR EA2.5X2.5X1/4 248 4 8 160v 580 12c 16 53 0.304 0.377 6 573- 576 HOR EA2.5X2.5X1/4 248 4 8 160v 620 14c 18 53 0.341 0.424 6 577- 580 HOR EA2.5X2.5X1/4 248 4 8 160v 500 12c 16 53 0.297 0.370 6 581- 584 HOR EA2.5X2.5X1/4 248 4 8 160v 540 14c 18 53 0.342 0.425 6 585- 586 PBR EA2X2X3/16 248 4 8 188v 500 1c 2 39 0.040 0.021 6 587- 588 PBR EA2X2X3/16 248 4 8 188v 580 1c 1 39 0.039 0.021

7 613- 614 LEG STA4X3X1/4 248 4 4 34v 520 122c 56 177 0.318 0.465 7 619- 620 LEG STA4X3X1/4 248 4 4 34v 640 110c 51 177 0.286 0.419 7 629- 630 LEG STA4X3X1/4 248 4 4 34v 560 117c 54 177 0.303 0.443 7 635- 636 LEG STA4X3X1/4 248 4 4 34v 600 127c 58 177 0.329 0.482 7 615- 616 XBR EA2X2X3/16 248 4 8 180v 620 17c 36 42 0.863 0.511 7 617- 618 XBR EA2X2X3/16 248 4 8 180v 540 17c 36 42 0.862 0.511 7 621- 622 XBR EA2X2X3/16 248 4 8 180v 580 18c 39 42 0.913 0.540 7 623- 624 XBR EA2X2X3/16 248 4 8 180v 580 14c 30 42 0.720 0.426 7 625- 626 XBR EA2X2X3/16 248 4 8 180v 500 17c 38 42 0.891 0.528 7 627- 628 XBR EA2X2X3/16 248 4 8 180v 500 14c 30 42 0.713 0.428 7 631- 632 XBR EA2X2X3/16 248 4 8 180v 620 19c 42 42 0.987 0.584 7 633- 634 XBR EA2X2X3/16 248 4 8 180v 540 18c 39 42 0.913 0.568 7 601- 602 HOR EA2.5X2.5X1/4 248 4 8 241v 580 16c 21 24 0.884 0.580 # 7 603- 604 HOR EA2.5X2.5X1/4 248 4 8 241v 620 19c 24 24 1.019 0.662 *# 7 609- 610 HOR EA2.5X2.5X1/4 248 4 8 241v 540 18c 24 24 1.009 0.668 *# 7 611- 612 HOR EA2.5X2.5X1/4 248 4 8 241v 500 16c 20 24 0.861 0.593 # 7 637- 638 RED EA2X2X3/16 248 4 12 150v 520 3c 7 61 0.119 0.102 7 639- 640 RED EA2X2X3/16 248 4 12 150v 560 3c 7 61 0.110 0.094 7 641- 642 RED EA2X2X3/16 248 4 12 150v 640 3c 7 61 0.111 0.095 7 645- 646 RED EA2X2X3/16 248 4 12 150v 600 3c 8 61 0.124 0.106 7 605- 606 PBR EA2.5X2.5X1/4 248 4 8 170v 640 2c 2 47 0.048 0.053 7 607- 608 PBR EA2.5X2.5X1/4 248 4 8 170v 580 2c 2 47 0.049 0.054 7 643 PBR EA2X2X3/16 248 4 8 424v 560 0c 0 8 0.061 0.006 7 644 PBR EA2X2X3/16 248 4 8 424v 520 0c 0 8 0.057 0.006

8 701- 702 LEG STA4X3X1/4 248 4 4 42v 560 148c 68 171 0.397 0.000 8 721- 722 LEG STA4X3X1/4 248 4 4 42v 600 158c 73 171 0.424 0.000 8 741- 742 LEG STA4X3X1/4 248 4 4 42v 640 141c 65 171 0.379 0.000 8 761- 762 LEG STA4X3X1/4 248 4 4 42v 520 158c 73 171 0.425 0.000 8 705- 706 XBR EA2X2X3/16 248 4 8 195v 620 25c 53 36 1.477 0.745 * 8 707- 708 XBR EA2X2X3/16 248 4 8 195v 540 22c 48 36 1.327 0.705 * 8 725- 726 XBR EA2X2X3/16 248 4 8 195v 500 17c 38 36 1.047 0.542 * 8 727- 728 XBR EA2X2X3/16 248 4 8 195v 580 19c 41 36 1.138 0.574 * 8 745- 746 XBR EA2X2X3/16 248 4 8 195v 540 23c 50 36 1.378 0.695 * 8 747- 748 XBR EA2X2X3/16 248 4 8 195v 620 23c 49 36 1.375 0.694 * 8 765- 766 XBR EA2X2X3/16 248 4 8 195v 580 23c 50 36 1.382 0.697 * 8 767- 768 XBR EA2X2X3/16 248 4 8 195v 500 23c 51 36 1.407 0.710 * 8 703- 704 RED EA2X2X3/16 248 4 12 150v 600 3c 6 61 0.101 0.086 8 723- 724 RED EA2X2X3/16 248 4 12 150v 640 3c 6 61 0.090 0.077 8 743- 744 RED EA2X2X3/16 248 4 12 150v 520 3c 6 61 0.099 0.084 8 763- 764 RED EA2X2X3/16 248 4 12 150v 560 3c 6 61 0.097 0.083 8 785- 786 PBR EA2X2X3/16 248 4 8 212v 560 0c 0 30 0.014 0.006 8 787- 788 PBR EA2X2X3/16 248 4 8 212v 520 0c 0 30 0.013 0.006

9 801- 802 LEG STA5X3/8+4X1/4 248 4 4 42v 560 191c 54 174 0.308 0.645 9 821- 822 LEG STA5X3/8+4X1/4 248 4 4 42v 600 206c 58 174 0.333 0.697 9 841- 842 LEG STA5X3/8+4X1/4 248 4 4 42v 640 184c 52 174 0.297 0.622 9 861- 862 LEG STA5X3/8+4X1/4 248 4 4 42v 520 204c 57 174 0.328 0.688 9 805- 806 XBR EA2X2X3/16 248 4 8 195v 620 27c 58 36 1.620 0.817 * 9 807- 808 XBR EA2X2X3/16 248 4 8 195v 540 25c 54 36 1.499 0.799 * 9 825- 826 XBR EA2X2X3/16 248 4 8 195v 500 20c 44 36 1.217 0.638 * 9 827- 828 XBR EA2X2X3/16 248 4 8 195v 580 22c 47 36 1.299 0.655 * 9 845- 846 XBR EA2X2X3/16 248 4 8 195v 540 25c 55 36 1.516 0.774 * 9 847- 848 XBR EA2X2X3/16 248 4 8 195v 620 26c 56 36 1.546 0.780 *

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MStower [V6.00.010]

9 865- 866 XBR EA2X2X3/16 248 4 8 195v 580 25c 55 36 1.532 0.773 * 9 867- 868 XBR EA2X2X3/16 248 4 8 195v 500 26c 56 36 1.546 0.780 * 9 803- 804 RED EA2X2X3/16 248 4 12 150v 600 3c 7 61 0.114 0.097 9 823- 824 RED EA2X2X3/16 248 4 12 150v 640 3c 7 61 0.112 0.096 9 843- 844 RED EA2X2X3/16 248 4 12 150v 520 3c 7 61 0.118 0.101 9 863- 864 RED EA2X2X3/16 248 4 12 150v 560 3c 7 61 0.114 0.098 9 885- 886 PBR EA2X2X3/16 248 4 8 212v 560 0c 0 30 0.016 0.007 9 887- 888 PBR EA2X2X3/16 248 4 8 212v 520 0c 0 30 0.016 0.007

10 901- 902 LEG STA5X3/8+4X1/4 248 4 4 42v 560 236c 66 174 0.380 0.000 10 921- 922 LEG STA5X3/8+4X1/4 248 4 4 42v 600 256c 72 174 0.413 0.000 10 941- 942 LEG STA5X3/8+4X1/4 248 4 4 42v 640 229c 64 174 0.369 0.000 10 961- 962 LEG STA5X3/8+4X1/4 248 4 4 42v 520 250c 70 174 0.404 0.000 10 905- 906 XBR EA2X2X3/16 248 4 8 195v 620 29c 64 36 1.765 0.891 * 10 907- 908 XBR EA2X2X3/16 248 4 8 195v 540 27c 59 36 1.639 0.862 * 10 925- 926 XBR EA2X2X3/16 248 4 8 195v 500 22c 48 36 1.347 0.697 * 10 927- 928 XBR EA2X2X3/16 248 4 8 195v 580 24c 52 36 1.451 0.732 * 10 945- 946 XBR EA2X2X3/16 248 4 8 195v 540 28c 60 36 1.663 0.839 * 10 947- 948 XBR EA2X2X3/16 248 4 8 195v 620 28c 61 36 1.688 0.852 * 10 965- 966 XBR EA2X2X3/16 248 4 8 195v 580 27c 60 36 1.654 0.834 * 10 967- 968 XBR EA2X2X3/16 248 4 8 195v 500 28c 61 36 1.690 0.852 * 10 903- 904 RED EA2X2X3/16 248 4 12 150v 600 4c 8 61 0.136 0.116 10 923- 924 RED EA2X2X3/16 248 4 12 150v 600 4c 8 61 0.136 0.116 10 943- 944 RED EA2X2X3/16 248 4 12 150v 520 4c 8 61 0.133 0.114 10 963- 964 RED EA2X2X3/16 248 4 12 150v 520 4c 8 61 0.133 0.114 10 985- 986 PBR EA2X2X3/16 248 4 8 212v 560 0c 1 30 0.018 0.008 10 987- 988 PBR EA2X2X3/16 248 4 8 212v 500 0c 1 30 0.018 0.008



13 1201- 1202 LEG STA5X3/8+4X1/4 248 4 4 42v 560 397c 112 174 0.640 1.006 * 13 1221- 1222 LEG STA5X3/8+4X1/4 248 4 4 42v 600 430c 121 174 0.692 1.088 * 13 1241- 1242 LEG STA5X3/8+4X1/4 248 4 4 42v 640 388c 109 174 0.625 0.983 13 1261- 1262 LEG STA5X3/8+4X1/4 248 4 4 42v 520 422c 119 174 0.680 1.069 * 13 1205- 1206 XBR EA2.5X2.5X3/16 248 4 8 155v 620 39c 67 57 1.176 1.182 * 13 1207- 1208 XBR EA2.5X2.5X3/16 248 4 8 155v 540 35c 61 57 1.068 1.103 * 13 1225- 1226 XBR EA2.5X2.5X3/16 248 4 10 168y 640 27c 46 49 0.940 0.924 13 1227- 1228 XBR EA2.5X2.5X3/16 248 4 8 155v 580 34c 58 57 1.016 1.021 * 13 1245- 1246 XBR EA2.5X2.5X3/16 248 4 8 155v 540 39c 66 57 1.168 1.173 * 13 1247- 1248 XBR EA2.5X2.5X3/16 248 4 8 155v 620 39c 66 57 1.169 1.174 * 13 1265- 1266 XBR EA2.5X2.5X3/16 248 4 8 155v 580 36c 62 57 1.085 1.090 * 13 1267- 1268 XBR EA2.5X2.5X3/16 248 4 8 155v 500 38c 65 57 1.146 1.151 * 13 1203- 1204 RED EA2X2X3/16 248 4 12 150v 600 6c 14 61 0.229 0.195 13 1223- 1224 RED EA2X2X3/16 248 4 12 150v 600 6c 14 61 0.229 0.195 13 1243- 1244 RED EA2X2X3/16 248 4 12 150v 520 6c 14 61 0.224 0.192

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MStower [V6.00.010]

13 1263- 1264 RED EA2X2X3/16 248 4 12 150v 520 6c 14 61 0.224 0.192 13 1285- 1286 PBR EA2X2X3/16 248 4 8 212v 560 0c 1 30 0.019 0.008 13 1287- 1288 PBR EA2X2X3/16 248 4 8 212v 500 0c 1 30 0.019 0.008

14 1317- 1320 LEG STA5X3/8+4X1/4 248 4 4 36v 520 463c 130 179 0.728 1.233 * 14 1329- 1332 LEG STA5X3/8+4X1/4 248 4 4 36v 640 428c 120 179 0.673 1.139 * 14 1349- 1352 LEG STA5X3/8+4X1/4 248 4 4 36v 560 437c 123 179 0.687 1.164 * 14 1361- 1364 LEG STA5X3/8+4X1/4 248 4 4 36v 600 474c 133 179 0.746 1.263 * 14 1321- 1324 BRC EA2.5X2.5X3/16 248 4 6 111v 640 36c 62 106 0.590 1.102 * 14 1325- 1328 BRC EA2.5X2.5X3/16 248 4 6 111v 520 33c 57 106 0.535 1.000 14 1333- 1336 BRC EA2.5X2.5X3/16 248 4 6 111v 560 37c 64 106 0.606 1.133 * 14 1337- 1340 BRC EA2.5X2.5X3/16 248 4 6 111v 600 35c 60 106 0.567 1.060 * 14 1341- 1344 BRC EA2.5X2.5X3/16 248 4 6 111v 520 36c 61 106 0.578 1.080 * 14 1345- 1348 BRC EA2.5X2.5X3/16 248 4 6 111v 640 29c 49 106 0.468 0.875 14 1353- 1356 BRC EA2.5X2.5X3/16 248 4 6 111v 600 37c 63 106 0.600 1.122 * 14 1357- 1360 BRC EA2.5X2.5X3/16 248 4 6 111v 560 29c 49 106 0.466 0.871 14 1301- 1302 HOR EA2.5X2.5X1/4 248 4 8 160v 500 7c 9 53 0.174 0.216 14 1303- 1304 HOR EA2.5X2.5X1/4 248 4 8 160v 540 8c 10 53 0.190 0.236 14 1311- 1312 HOR EA2.5X2.5X1/4 248 4 8 160v 620 8c 10 53 0.194 0.241 14 1315- 1316 HOR EA2.5X2.5X1/4 248 4 8 160v 580 7c 9 53 0.173 0.215 14 1385- 1386 HOR EA2X2X3/16 248 4 8 159v 600 4c 8 54 0.145 0.114 14 1399- 1400 HOR EA2X2X3/16 248 4 8 159v 600 4c 8 54 0.147 0.116 14 1401- 1402 HOR EA2X2X3/16 248 4 8 159v 520 4c 8 54 0.143 0.118 14 1407- 1408 HOR EA2X2X3/16 248 4 8 159v 520 4c 8 54 0.142 0.118 14 1368 RED EA2X2X3/16 248 4 11 112v 560 1c 1 104 0.012 0.017 14 1369 RED EA2X2X3/16 248 4 11 112v 600 0c 1 104 0.010 0.014 14 1372 RED EA2X2X3/16 248 4 11 112v 600 1c 1 104 0.011 0.015 14 1373 RED EA2X2X3/16 248 4 11 112v 600 0c 1 104 0.008 0.012 14 1391- 1392 RED EA2X2X3/16 248 4 12 150v 560 1c 1 61 0.020 0.017 14 1393- 1394 RED EA2X2X3/16 248 4 12 150v 560 1c 1 61 0.019 0.017 14 1403- 1404 RED EA2X2X3/16 248 4 12 150v 600 1c 1 61 0.019 0.017 14 1405- 1406 RED EA2X2X3/16 248 4 12 150v 520 0c 1 61 0.017 0.016 14 1420 RED EA2X2X3/16 248 4 11 112v 500 1c 1 104 0.013 0.019 14 1421 RED EA2X2X3/16 248 4 11 112v 640 1c 1 104 0.013 0.019 14 1424 RED EA2X2X3/16 248 4 11 112v 560 1c 1 104 0.013 0.019 14 1425 RED EA2X2X3/16 248 4 11 112v 620 1c 1 104 0.013 0.019 14 1305- 1306 PBR EA2.5X2.5X1/4 248 4 8 227v 580 0c 1 27 0.023 0.014 14 1307 PBR EA2X2X3/16 248 4 8 212v 600 0c 1 30 0.033 0.014 14 1308- 1309 PBR EA2.5X2.5X1/4 248 4 8 227v 640 0c 1 27 0.023 0.015 14 1310 PBR EA2X2X3/16 248 4 8 212v 560 0c 1 30 0.034 0.015 14 1313 PBR EA2X2X3/16 248 4 8 212v 640 0c 1 30 0.033 0.014 14 1314 PBR EA2X2X3/16 248 4 8 212v 520 0c 1 30 0.034 0.015 14 1387- 1390 PBR EA2.5X2.5X1/4 248 4 7 105v 520 0c 0 113 0.003 0.007 14 1395- 1398 PBR EA2.5X2.5X1/4 248 4 7 105v 560 0c 0 113 0.003 0.007 14 1365 RED EA2X2X3/16 248 4 11 80v 520 11c 24 141 0.171 0.339 14 1366 RED EA2X2X3/16 248 4 11 80v 640 11c 24 141 0.168 0.334 14 1367 RED EA2X2X3/16 248 4 11 80v 520 11c 25 141 0.176 0.348 14 1370 RED EA2X2X3/16 248 4 11 80v 640 10c 22 141 0.155 0.307 14 1371 RED EA2X2X3/16 248 4 11 80v 560 11c 24 141 0.172 0.341 14 1374 RED EA2X2X3/16 248 4 11 80v 600 12c 25 141 0.177 0.351 14 1375 RED EA2X2X3/16 248 4 11 80v 560 10c 22 141 0.158 0.313 14 1376 RED EA2X2X3/16 248 4 11 80v 600 12c 26 141 0.181 0.359 14 1377 RED EA2X2X3/16 248 4 12 126v 520 10c 21 86 0.241 0.291 14 1378 RED EA2X2X3/16 248 4 12 126v 640 9c 20 86 0.236 0.285 14 1379 RED EA2X2X3/16 248 4 12 126v 520 10c 21 86 0.246 0.297 14 1380 RED EA2X2X3/16 248 4 12 126v 640 9c 19 86 0.219 0.264 14 1381 RED EA2X2X3/16 248 4 12 126v 560 10c 21 86 0.241 0.291 14 1382 RED EA2X2X3/16 248 4 12 126v 600 10c 21 86 0.248 0.300 14 1383 RED EA2X2X3/16 248 4 12 126v 560 9c 19 86 0.222 0.268 14 1384 RED EA2X2X3/16 248 4 12 126v 600 10c 22 86 0.254 0.306 14 1409 RED EA2X2X3/16 248 4 12 130v 520 12c 26 82 0.320 0.365 14 1410 RED EA2X2X3/16 248 4 12 130v 640 11c 23 82 0.285 0.326 14 1411 RED EA2X2X3/16 248 4 12 130v 520 12c 26 82 0.317 0.362 14 1412 RED EA2X2X3/16 248 4 12 130v 640 11c 25 82 0.303 0.346 14 1413 RED EA2X2X3/16 248 4 12 130v 560 11c 24 82 0.297 0.340 14 1414 RED EA2X2X3/16 248 4 12 130v 600 12c 27 82 0.327 0.374 14 1415 RED EA2X2X3/16 248 4 12 130v 560 11c 25 82 0.304 0.347 14 1416 RED EA2X2X3/16 248 4 12 130v 600 12c 26 82 0.321 0.367 14 1417 RED EA2X2X3/16 248 4 11 80v 520 14c 31 141 0.216 0.428 14 1418 RED EA2X2X3/16 248 4 11 80v 640 13c 27 141 0.193 0.381 14 1419 RED EA2X2X3/16 248 4 11 80v 520 14c 30 141 0.215 0.425 14 1422 RED EA2X2X3/16 248 4 11 80v 640 13c 29 141 0.205 0.406 14 1423 RED EA2X2X3/16 248 4 11 80v 560 13c 28 141 0.201 0.398 14 1426 RED EA2X2X3/16 248 4 11 80v 600 14c 31 141 0.222 0.439 14 1427 RED EA2X2X3/16 248 4 11 80v 560 13c 29 141 0.206 0.407 14 1428 RED EA2X2X3/16 248 4 11 80v 600 14c 31 141 0.218 0.431

15 1501- 1504 LEG STA5X3/8+4X1/4 248 4 4 45v 560 497c 140 172 0.812 1.260 * 15 1541- 1544 LEG STA5X3/8+4X1/4 248 4 4 45v 600 539c 152 172 0.880 1.366 * 15 1581- 1584 LEG STA5X3/8+4X1/4 248 4 4 45v 640 487c 137 172 0.796 1.235 * 15 1621- 1624 LEG STA5X3/8+4X1/4 248 4 4 45v 520 524c 147 172 0.856 1.327 *

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MStower [V6.00.010]

15 1507- 1510 BRC EA2.5X2.5X3/16 248 4 9 129v 600 35c 60 83 0.727 0.532 15 1511- 1514 BRC EA2.5X2.5X3/16 248 4 9 129v 540 30c 52 83 0.633 0.463 15 1547- 1550 BRC EA2.5X2.5X3/16 248 4 9 129v 640 28c 48 83 0.575 0.421 15 1551- 1554 BRC EA2.5X2.5X3/16 248 4 9 129v 600 33c 57 83 0.683 0.500 15 1587- 1590 BRC EA2.5X2.5X3/16 248 4 9 129v 540 34c 59 83 0.711 0.520 15 1591- 1594 BRC EA2.5X2.5X3/16 248 4 9 129v 640 35c 60 83 0.721 0.528 15 1627- 1630 BRC EA2.5X2.5X3/16 248 4 9 129v 560 35c 61 83 0.734 0.537 15 1631- 1634 BRC EA2.5X2.5X3/16 248 4 9 129v 500 34c 59 83 0.708 0.518 15 1505- 1506 HOR EA2X2X3/16 248 4 9 166v 520 5c 10 49 0.202 0.151 15 1545- 1546 HOR EA2X2X3/16 248 4 9 166v 520 5c 10 49 0.206 0.153 15 1585- 1586 HOR EA2X2X3/16 248 4 9 166v 600 5c 10 49 0.207 0.147 15 1625- 1626 HOR EA2X2X3/16 248 4 9 166v 600 5c 10 49 0.209 0.149 15 1663 RED EA2X2X3/16 248 4 12 128v 600 1c 1 84 0.014 0.016 15 1665 RED EA2X2X3/16 248 4 12 128v 580 1c 1 84 0.017 0.020 15 1666 RED EA2X2X3/16 248 4 12 128v 600 1c 1 84 0.013 0.015 15 1668 RED EA2X2X3/16 248 4 12 128v 620 1c 1 84 0.017 0.020 15 1669 RED EA2X2X3/16 248 4 12 128v 560 1c 1 84 0.015 0.018 15 1671 RED EA2X2X3/16 248 4 12 128v 500 1c 1 84 0.018 0.021 15 1672 RED EA2X2X3/16 248 4 12 128v 600 0c 1 84 0.012 0.015 15 1674 RED EA2X2X3/16 248 4 12 128v 620 1c 1 84 0.018 0.021 15 1675- 1676 RED EA2X2X3/16 248 4 12 171v 500 1c 1 47 0.025 0.017 15 1679- 1680 RED EA2X2X3/16 248 4 12 171v 560 1c 1 47 0.026 0.017 15 1683- 1684 RED EA2X2X3/16 248 4 12 171v 620 1c 1 47 0.026 0.017 15 1687- 1688 RED EA2X2X3/16 248 4 12 171v 520 1c 1 47 0.025 0.017 15 1677- 1682 PBR EA2.5X2.5X1/4 248 4 7 111v 560 0c 0 105 0.003 0.008 15 1685- 1690 PBR EA2.5X2.5X1/4 248 4 7 111v 520 0c 0 105 0.003 0.008 15 1515 RED EA2X2X3/16 248 4 11 90v 560 15c 32 130 0.244 0.443 15 1516 RED EA2X2X3/16 248 4 12 151v 560 13c 28 60 0.470 0.395 15 1517 RED EA2X2X3/16 248 4 12 158v 560 11c 23 55 0.417 0.322 15 1518 RED EA2X2X3/16 248 4 11 90v 560 11c 25 130 0.192 0.349 15 1519 RED EA2X2X3/16 248 4 11 90v 600 16c 35 130 0.271 0.492 15 1520 RED EA2X2X3/16 248 4 12 151v 600 14c 31 60 0.520 0.437 15 1521 RED EA2X2X3/16 248 4 12 158v 600 11c 24 55 0.439 0.340 15 1522 RED EA2X2X3/16 248 4 11 90v 600 12c 26 130 0.202 0.368 15 1555 RED EA2X2X3/16 248 4 11 90v 600 16c 35 130 0.270 0.491 15 1556 RED EA2X2X3/16 248 4 12 151v 600 14c 31 60 0.519 0.437 15 1557 RED EA2X2X3/16 248 4 12 158v 600 11c 25 55 0.447 0.346 15 1558 RED EA2X2X3/16 248 4 11 90v 600 12c 27 130 0.206 0.375 15 1559 RED EA2X2X3/16 248 4 11 90v 640 15c 32 130 0.243 0.442 15 1560 RED EA2X2X3/16 248 4 12 151v 640 13c 28 60 0.469 0.394 15 1561 RED EA2X2X3/16 248 4 12 158v 640 10c 23 55 0.412 0.318 15 1562 RED EA2X2X3/16 248 4 11 90v 640 11c 25 130 0.189 0.345 15 1595 RED EA2X2X3/16 248 4 11 90v 640 15c 32 130 0.247 0.449 15 1596 RED EA2X2X3/16 248 4 12 151v 640 13c 29 60 0.476 0.400 15 1597 RED EA2X2X3/16 248 4 12 158v 640 10c 22 55 0.392 0.303 15 1598 RED EA2X2X3/16 248 4 11 90v 640 11c 23 130 0.180 0.327 15 1599 RED EA2X2X3/16 248 4 11 90v 520 16c 34 130 0.261 0.475 15 1600 RED EA2X2X3/16 248 4 12 151v 520 14c 30 60 0.502 0.422 15 1601 RED EA2X2X3/16 248 4 12 158v 520 11c 24 55 0.434 0.335 15 1602 RED EA2X2X3/16 248 4 11 90v 520 12c 26 130 0.200 0.363 15 1635 RED EA2X2X3/16 248 4 11 90v 520 16c 34 130 0.264 0.481 15 1636 RED EA2X2X3/16 248 4 12 151v 520 14c 30 60 0.509 0.428 15 1637 RED EA2X2X3/16 248 4 12 158v 520 11c 24 55 0.431 0.333 15 1638 RED EA2X2X3/16 248 4 11 90v 520 12c 26 130 0.198 0.361 15 1639 RED EA2X2X3/16 248 4 11 90v 560 15c 33 130 0.256 0.466 15 1640 RED EA2X2X3/16 248 4 12 151v 560 14c 30 60 0.493 0.414 15 1641 RED EA2X2X3/16 248 4 12 158v 560 10c 22 55 0.404 0.312 15 1642 RED EA2X2X3/16 248 4 11 90v 560 11c 24 130 0.185 0.337

16 1701- 1704 LEG STA6X3/8+4X1/4 248 4 4 44v 560 556c 137 172 0.795 1.409 * 16 1741- 1744 LEG STA6X3/8+4X1/4 248 4 4 44v 600 602c 148 172 0.860 1.525 * 16 1781- 1784 LEG STA6X3/8+4X1/4 248 4 4 44v 640 546c 135 172 0.780 1.383 * 16 1821- 1824 LEG STA6X3/8+4X1/4 248 4 4 44v 520 583c 144 172 0.833 1.477 * 16 1707- 1710 BRC EA2.5X2.5X3/16 248 4 9 133v 600 35c 60 78 0.775 0.533 16 1711- 1714 BRC EA2.5X2.5X3/16 248 4 9 133v 540 30c 52 78 0.672 0.462 16 1747- 1750 BRC EA2.5X2.5X3/16 248 4 9 133v 640 29c 50 78 0.641 0.441 16 1751- 1754 BRC EA2.5X2.5X3/16 248 4 9 133v 600 34c 58 78 0.741 0.510 16 1787- 1790 BRC EA2.5X2.5X3/16 248 4 9 133v 540 34c 58 78 0.746 0.513 16 1791- 1794 BRC EA2.5X2.5X3/16 248 4 9 133v 640 35c 60 78 0.768 0.528 16 1827- 1830 BRC EA2.5X2.5X3/16 248 4 9 133v 560 35c 61 78 0.781 0.537 16 1831- 1834 BRC EA2.5X2.5X3/16 248 4 9 133v 520 34c 58 78 0.749 0.515 16 1705- 1706 HOR EA2X2X3/16 248 4 9 185v 520 4c 10 40 0.242 0.147 16 1745- 1746 HOR EA2X2X3/16 248 4 9 185v 520 5c 10 40 0.245 0.149 16 1785- 1786 HOR EA2X2X3/16 248 4 9 185v 600 5c 10 40 0.249 0.143 16 1825- 1826 HOR EA2X2X3/16 248 4 9 185v 600 5c 10 40 0.250 0.144 16 1863 RED EA2X2X3/16 248 4 12 145v 600 1c 1 65 0.017 0.016 16 1865 RED EA2X2X3/16 248 4 12 145v 580 1c 1 65 0.022 0.020 16 1866 RED EA2X2X3/16 248 4 12 145v 640 0c 1 65 0.013 0.012 16 1868 RED EA2X2X3/16 248 4 12 145v 620 1c 1 65 0.022 0.020 16 1869 RED EA2X2X3/16 248 4 12 145v 560 1c 1 65 0.019 0.017 16 1871 RED EA2X2X3/16 248 4 12 145v 500 1c 1 65 0.023 0.021

of 1410 mar 2014

2:13

MStower [V6.00.010]

16 1872 RED EA2X2X3/16 248 4 12 145v 600 0c 1 65 0.016 0.015 16 1874 RED EA2X2X3/16 248 4 12 145v 620 1c 1 65 0.023 0.021 16 1875- 1876 RED EA2X2X3/16 248 4 12 194v 640 1c 1 37 0.037 0.019 16 1879- 1880 RED EA2X2X3/16 248 4 12 194v 560 1c 1 37 0.039 0.020 16 1883- 1884 RED EA2X2X3/16 248 4 12 194v 600 1c 1 37 0.036 0.019 16 1887- 1888 RED EA2X2X3/16 248 4 12 194v 520 1c 1 37 0.039 0.020 16 1877- 1882 PBR EA2.5X2.5X1/4 248 4 7 118v 560 0c 0 97 0.003 0.008 16 1885- 1890 PBR EA2.5X2.5X1/4 248 4 7 118v 520 0c 0 97 0.003 0.008 16 1715 RED EA2X2X3/16 248 4 11 103v 560 14c 31 116 0.268 0.435 16 1716 RED EA2X2X3/16 248 4 12 160v 560 12c 26 53 0.479 0.359 16 1717 RED EA2X2X3/16 248 4 12 164v 560 10c 22 51 0.427 0.306 16 1718 RED EA2X2X3/16 248 4 11 103v 560 12c 26 116 0.227 0.368 16 1719 RED EA2X2X3/16 248 4 11 103v 600 16c 34 116 0.294 0.478 16 1720 RED EA2X2X3/16 248 4 12 160v 600 13c 28 53 0.524 0.393 16 1721 RED EA2X2X3/16 248 4 12 164v 600 11c 23 51 0.453 0.325 16 1722 RED EA2X2X3/16 248 4 11 103v 600 13c 28 116 0.240 0.390 16 1755 RED EA2X2X3/16 248 4 11 103v 600 16c 34 116 0.294 0.477 16 1756 RED EA2X2X3/16 248 4 12 160v 600 13c 28 53 0.524 0.393 16 1757 RED EA2X2X3/16 248 4 12 164v 600 11c 23 51 0.459 0.329 16 1758 RED EA2X2X3/16 248 4 11 103v 600 13c 28 116 0.244 0.396 16 1759 RED EA2X2X3/16 248 4 11 103v 640 14c 31 116 0.265 0.431 16 1760 RED EA2X2X3/16 248 4 12 160v 640 12c 25 53 0.474 0.356 16 1761 RED EA2X2X3/16 248 4 12 164v 640 10c 22 51 0.424 0.304 16 1762 RED EA2X2X3/16 248 4 11 103v 640 12c 26 116 0.225 0.366 16 1795 RED EA2X2X3/16 248 4 11 103v 640 14c 31 116 0.270 0.438 16 1796 RED EA2X2X3/16 248 4 12 160v 640 12c 26 53 0.482 0.361 16 1797 RED EA2X2X3/16 248 4 12 164v 640 10c 21 51 0.404 0.289 16 1798 RED EA2X2X3/16 248 4 11 103v 640 11c 25 116 0.214 0.347 16 1799 RED EA2X2X3/16 248 4 11 103v 520 15c 33 116 0.283 0.460 16 1800 RED EA2X2X3/16 248 4 12 160v 520 12c 27 53 0.506 0.379 16 1801 RED EA2X2X3/16 248 4 12 164v 520 11c 23 51 0.446 0.319 16 1802 RED EA2X2X3/16 248 4 11 103v 520 13c 27 116 0.236 0.384 16 1835 RED EA2X2X3/16 248 4 11 103v 520 15c 33 116 0.286 0.465 16 1836 RED EA2X2X3/16 248 4 12 160v 520 13c 27 53 0.511 0.383 16 1837 RED EA2X2X3/16 248 4 12 164v 520 10c 23 51 0.442 0.316 16 1838 RED EA2X2X3/16 248 4 11 103v 520 13c 27 116 0.234 0.380 16 1839 RED EA2X2X3/16 248 4 11 103v 560 15c 32 116 0.277 0.450 16 1840 RED EA2X2X3/16 248 4 12 160v 560 12c 26 53 0.494 0.371 16 1841 RED EA2X2X3/16 248 4 12 164v 560 10c 21 51 0.417 0.299 16 1842 RED EA2X2X3/16 248 4 11 103v 560 12c 26 116 0.221 0.359

17 1901- 1902 LEG STA6X3/8+4X1/4 248 4 4 40v 520 640c 158 176 0.897 1.622 * 17 1911- 1912 LEG STA6X3/8+4X1/4 248 4 4 40v 640 603c 149 176 0.844 1.527 * 17 1929- 1930 LEG STA6X3/8+4X1/4 248 4 4 40v 560 613c 151 176 0.859 1.553 * 17 1939- 1940 LEG STA6X3/8+4X1/4 248 4 4 40v 600 662c 163 176 0.927 1.676 * 17 1985- 1986 LEG STA6X1/2+4X3/8 248 4 4 44v 520 646c 116 173 0.674 1.636 * 17 1989- 1990 LEG STA6X1/2+4X3/8 248 4 4 44v 640 608c 110 173 0.635 1.541 * 17 1995- 1996 LEG STA6X1/2+4X3/8 248 4 4 44v 560 619c 112 173 0.646 1.568 * 17 1999- 2000 LEG STA6X1/2+4X3/8 248 4 4 44v 600 668c 120 173 0.697 1.691 * 17 1903- 1906 BRC EA2.5X2.5X3/16 248 4 9 137v 620 31c 52 73 0.721 0.464 17 1907- 1910 BRC EA2.5X2.5X3/16 248 4 9 137v 540 33c 57 73 0.780 0.502 17 1913- 1916 BRC EA2.5X2.5X3/16 248 4 9 137v 560 35c 59 73 0.816 0.525 17 1917- 1920 BRC EA2.5X2.5X3/16 248 4 9 137v 600 28c 48 73 0.660 0.424 17 1921- 1924 BRC EA2.5X2.5X3/16 248 4 9 137v 500 30c 52 73 0.716 0.460 17 1925- 1928 BRC EA2.5X2.5X3/16 248 4 9 137v 640 29c 51 73 0.697 0.448 17 1931- 1934 BRC EA2.5X2.5X3/16 248 4 9 137v 600 34c 59 73 0.814 0.524 17 1935- 1938 BRC EA2.5X2.5X3/16 248 4 9 137v 540 29c 49 73 0.674 0.433 17 1961- 1962 HOR EA2X2X3/16 248 4 9 204v 600 5c 11 33 0.331 0.158 # 17 1975- 1976 HOR EA2X2X3/16 248 4 9 204v 640 5c 10 33 0.304 0.153 # 17 1977- 1978 HOR EA2X2X3/16 248 4 9 204v 560 5c 10 33 0.318 0.153 # 17 1983- 1984 HOR EA2X2X3/16 248 4 9 204v 520 5c 11 33 0.321 0.162 # 17 1944 RED EA2X2X3/16 248 4 12 163v 560 1c 1 52 0.024 0.017 17 1945 RED EA2X2X3/16 248 4 12 163v 600 0c 1 52 0.020 0.015 17 1948 RED EA2X2X3/16 248 4 12 163v 600 1c 1 52 0.022 0.016 17 1949 RED EA2X2X3/16 248 4 12 163v 640 0c 1 52 0.018 0.013 17 1967- 1968 RED EA2X2X3/16 248 4 12 217v 600 1c 1 29 0.051 0.021 17 1969- 1970 RED EA2X2X3/16 248 4 12 217v 560 1c 2 29 0.054 0.022 17 1979- 1980 RED EA2X2X3/16 248 4 12 217v 640 1c 2 29 0.052 0.021 17 1981- 1982 RED EA2X2X3/16 248 4 12 217v 520 1c 2 29 0.054 0.022 17 2004 RED EA2X2X3/16 248 4 12 163v 540 1c 1 52 0.028 0.021 17 2005 RED EA2X2X3/16 248 4 12 163v 620 1c 1 52 0.028 0.021 17 2008 RED EA2X2X3/16 248 4 12 163v 580 1c 1 52 0.027 0.020 17 2009 RED EA2X2X3/16 248 4 12 163v 620 1c 1 52 0.028 0.021 17 1963- 1966 PBR EA2.5X2.5X1/4 248 4 8 131v 500 0c 0 80 0.004 0.008 17 1971- 1974 PBR EA2.5X2.5X1/4 248 4 8 131v 560 0c 0 80 0.004 0.007 17 1941 RED EA2X2X3/16 248 4 11 115v 520 15c 33 101 0.330 0.467 17 1942 RED EA2X2X3/16 248 4 11 115v 640 15c 32 101 0.314 0.444 17 1943 RED EA2X2X3/16 248 4 11 115v 520 15c 34 101 0.333 0.470 17 1946 RED EA2X2X3/16 248 4 11 115v 640 14c 31 101 0.312 0.440 17 1947 RED EA2X2X3/16 248 4 11 115v 560 15c 33 101 0.324 0.458 17 1950 RED EA2X2X3/16 248 4 11 115v 600 16c 34 101 0.342 0.483

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MStower [V6.00.010]

17 1951 RED EA2X2X3/16 248 4 11 115v 560 15c 32 101 0.313 0.442 17 1952 RED EA2X2X3/16 248 4 11 115v 600 16c 35 101 0.343 0.485 17 1953 RED EA2X2X3/16 248 4 12 169v 520 12c 26 48 0.541 0.363 17 1954 RED EA2X2X3/16 248 4 12 169v 640 11c 25 48 0.516 0.346 17 1955 RED EA2X2X3/16 248 4 12 169v 520 12c 26 48 0.545 0.366 17 1956 RED EA2X2X3/16 248 4 12 169v 640 11c 24 48 0.511 0.343 17 1957 RED EA2X2X3/16 248 4 12 169v 560 12c 25 48 0.532 0.357 17 1958 RED EA2X2X3/16 248 4 12 169v 600 12c 27 48 0.560 0.376 17 1959 RED EA2X2X3/16 248 4 12 169v 560 11c 25 48 0.514 0.345 17 1960 RED EA2X2X3/16 248 4 12 169v 600 12c 27 48 0.561 0.377 17 1987 RED EA2X2X3/16 248 4 12 171v 520 10c 21 47 0.442 0.292 17 1988 RED EA2X2X3/16 248 4 12 171v 640 7c 14 47 0.308 0.203 17 1991 RED EA2X2X3/16 248 4 12 171v 520 7c 15 47 0.327 0.216 17 1992 RED EA2X2X3/16 248 4 12 171v 640 9c 20 47 0.423 0.279 17 1993 RED EA2X2X3/16 248 4 12 171v 560 9c 19 47 0.408 0.269 17 1994 RED EA2X2X3/16 248 4 12 171v 600 7c 16 47 0.338 0.223 17 1997 RED EA2X2X3/16 248 4 12 171v 560 7c 15 47 0.313 0.207 17 1998 RED EA2X2X3/16 248 4 12 171v 600 10c 21 47 0.448 0.296 17 2001 RED EA2X2X3/16 248 4 11 115v 520 13c 27 101 0.270 0.382 17 2002 RED EA2X2X3/16 248 4 11 115v 640 9c 20 101 0.196 0.277 17 2003 RED EA2X2X3/16 248 4 11 115v 520 10c 21 101 0.208 0.294 17 2006 RED EA2X2X3/16 248 4 11 115v 640 12c 26 101 0.259 0.366 17 2007 RED EA2X2X3/16 248 4 11 115v 560 12c 25 101 0.249 0.352 17 2010 RED EA2X2X3/16 248 4 11 115v 600 10c 22 101 0.215 0.304 17 2011 RED EA2X2X3/16 248 4 11 115v 560 9c 20 101 0.199 0.282 17 2012 RED EA2X2X3/16 248 4 11 115v 600 13c 28 101 0.274 0.387

18 2101- 2104 LEG STA6X1/2+4X3/8 248 4 4 44v 560 678c 122 173 0.708 1.472 * 18 2141- 2144 LEG STA6X1/2+4X3/8 248 4 4 44v 600 729c 131 173 0.760 1.582 * 18 2181- 2184 LEG STA6X1/2+4X3/8 248 4 4 44v 640 667c 120 173 0.696 1.449 * 18 2221- 2224 LEG STA6X1/2+4X3/8 248 4 4 44v 520 705c 127 173 0.735 1.530 * 18 2107- 2110 BRC EA2.5X2.5X3/16 248 4 9 142v 600 34c 59 68 0.867 0.520 18 2111- 2114 BRC EA2.5X2.5X3/16 248 4 9 142v 540 29c 50 68 0.736 0.442 18 2147- 2150 BRC EA2.5X2.5X3/16 248 4 9 142v 640 30c 52 68 0.762 0.457 18 2151- 2154 BRC EA2.5X2.5X3/16 248 4 9 142v 580 28c 48 68 0.711 0.426 18 2187- 2190 BRC EA2.5X2.5X3/16 248 4 9 142v 540 34c 58 68 0.850 0.510 18 2191- 2194 BRC EA2.5X2.5X3/16 248 4 9 142v 620 31c 53 68 0.779 0.467 18 2227- 2230 BRC EA2.5X2.5X3/16 248 4 9 142v 560 34c 59 68 0.870 0.521 18 2231- 2234 BRC EA2.5X2.5X3/16 248 4 9 142v 500 30c 52 68 0.767 0.460 18 2105- 2106 HOR EA2.5X2.5X3/16 248 4 9 183v 520 6c 10 41 0.243 0.199 18 2145- 2146 HOR EA2.5X2.5X3/16 248 4 9 183v 560 6c 10 41 0.243 0.190 18 2185- 2186 HOR EA2.5X2.5X3/16 248 4 9 183v 600 6c 10 41 0.252 0.195 18 2225- 2226 HOR EA2.5X2.5X3/16 248 4 9 183v 640 6c 10 41 0.233 0.189 18 2263 RED EA2X2X3/16 248 4 12 180v 520 0c 1 42 0.025 0.015 18 2265 RED EA2X2X3/16 248 4 12 180v 580 1c 1 42 0.035 0.021 18 2266 RED EA2X2X3/16 248 4 12 180v 560 0c 1 42 0.021 0.012 18 2268 RED EA2X2X3/16 248 4 12 180v 620 1c 2 42 0.037 0.022 18 2269 RED EA2X2X3/16 248 4 12 180v 560 1c 1 42 0.027 0.016 18 2271 RED EA2X2X3/16 248 4 12 180v 540 1c 2 42 0.037 0.022 18 2272 RED EA2X2X3/16 248 4 12 180v 540 0c 1 42 0.026 0.015 18 2274 RED EA2X2X3/16 248 4 12 180v 620 1c 1 42 0.035 0.021 18 2275- 2276 RED EA2X2X3/16 248 4 12 240v 640 1c 2 24 0.067 0.022 18 2279- 2280 RED EA2X2X3/16 248 4 12 240v 560 1c 2 24 0.069 0.023 18 2283- 2284 RED EA2X2X3/16 248 4 12 240v 600 1c 2 24 0.067 0.022 18 2287- 2288 RED EA2X2X3/16 248 4 12 240v 520 1c 2 24 0.069 0.023 18 2277- 2282 PBR EA2.5X2.5X1/4 248 4 8 144v 560 0c 0 66 0.004 0.007 18 2285- 2290 PBR EA2.5X2.5X1/4 248 4 8 144v 500 0c 0 66 0.005 0.007 18 2115 RED EA2X2X3/16 248 4 12 127v 560 10c 22 85 0.259 0.307 18 2116 RED EA2X2X3/16 248 4 12 179v 560 7c 16 43 0.365 0.220 18 2117 RED EA2X2X3/16 248 4 12 178v 560 7c 15 43 0.355 0.215 18 2118 RED EA2X2X3/16 248 4 12 127v 560 10c 22 85 0.260 0.309 18 2119 RED EA2X2X3/16 248 4 12 127v 600 17c 36 85 0.431 0.511 18 2120 RED EA2X2X3/16 248 4 12 179v 600 12c 27 43 0.623 0.375 18 2121 RED EA2X2X3/16 248 4 12 178v 600 9c 19 43 0.448 0.271 18 2122 RED EA2X2X3/16 248 4 12 127v 600 12c 27 85 0.317 0.376 18 2155 RED EA2X2X3/16 248 4 12 127v 600 11c 24 85 0.278 0.330 18 2156 RED EA2X2X3/16 248 4 12 179v 600 8c 17 43 0.395 0.238 18 2157 RED EA2X2X3/16 248 4 12 178v 600 8c 16 43 0.382 0.231 18 2158 RED EA2X2X3/16 248 4 12 127v 600 11c 24 85 0.280 0.332 18 2159 RED EA2X2X3/16 248 4 12 127v 640 15c 33 85 0.391 0.463 18 2160 RED EA2X2X3/16 248 4 12 179v 640 11c 24 43 0.567 0.341 18 2161 RED EA2X2X3/16 248 4 12 178v 640 8c 18 43 0.427 0.258 18 2162 RED EA2X2X3/16 248 4 12 127v 640 12c 26 85 0.302 0.358 18 2195 RED EA2X2X3/16 248 4 12 127v 640 10c 22 85 0.255 0.302 18 2196 RED EA2X2X3/16 248 4 12 179v 640 7c 16 43 0.368 0.221 18 2197 RED EA2X2X3/16 248 4 12 178v 640 7c 15 43 0.350 0.211 18 2198 RED EA2X2X3/16 248 4 12 127v 640 10c 22 85 0.256 0.304 18 2199 RED EA2X2X3/16 248 4 12 127v 520 16c 35 85 0.413 0.490 18 2200 RED EA2X2X3/16 248 4 12 179v 520 12c 26 43 0.598 0.360 18 2201 RED EA2X2X3/16 248 4 12 178v 520 9c 19 43 0.442 0.267 18 2202 RED EA2X2X3/16 248 4 12 127v 520 12c 26 85 0.313 0.371

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MStower [V6.00.010]

18 2235 RED EA2X2X3/16 248 4 12 127v 520 10c 23 85 0.269 0.319 18 2236 RED EA2X2X3/16 248 4 12 179v 520 8c 17 43 0.385 0.232 18 2237 RED EA2X2X3/16 248 4 12 178v 520 7c 16 43 0.369 0.223 18 2238 RED EA2X2X3/16 248 4 12 127v 520 11c 23 85 0.271 0.321 18 2239 RED EA2X2X3/16 248 4 12 127v 560 16c 35 85 0.410 0.487 18 2240 RED EA2X2X3/16 248 4 12 179v 560 12c 26 43 0.595 0.358 18 2241 RED EA2X2X3/16 248 4 12 178v 560 8c 18 43 0.411 0.248 18 2242 RED EA2X2X3/16 248 4 12 127v 560 11c 25 85 0.290 0.344

19 2301- 2304 LEG STA6X1/2+4X3/8 248 4 4 44v 520 763c 138 173 0.795 1.656 * 19 2313- 2316 LEG STA6X1/2+4X3/8 248 4 4 44v 640 725c 131 173 0.756 1.575 * 19 2333- 2336 LEG STA6X1/2+4X3/8 248 4 4 44v 560 736c 133 173 0.768 1.599 * 19 2345- 2348 LEG STA6X1/2+4X3/8 248 4 4 44v 600 789c 142 173 0.822 1.712 * 19 2305- 2308 BRC EA2.5X2.5X3/16 248 4 9 147v 620 31c 54 63 0.854 0.477 19 2309- 2312 BRC EA2.5X2.5X3/16 248 4 9 147v 540 33c 57 63 0.910 0.508 19 2317- 2320 BRC EA2.5X2.5X3/16 248 4 9 147v 560 34c 58 63 0.924 0.516 19 2321- 2324 BRC EA2.5X2.5X3/16 248 4 9 147v 580 29c 50 63 0.789 0.440 19 2325- 2328 BRC EA2.5X2.5X3/16 248 4 9 147v 500 31c 53 63 0.839 0.468 19 2329- 2332 BRC EA2.5X2.5X3/16 248 4 9 147v 640 30c 52 63 0.826 0.461 19 2337- 2340 BRC EA2.5X2.5X3/16 248 4 9 147v 600 34c 58 63 0.921 0.514 19 2341- 2344 BRC EA2.5X2.5X3/16 248 4 9 147v 540 30c 51 63 0.816 0.455 19 2369- 2372 HOR EA2.5X2.5X3/16 248 4 9 144v 600 6c 10 66 0.150 0.184 19 2373- 2376 HOR EA2.5X2.5X3/16 248 4 9 144v 640 5c 9 66 0.138 0.179 19 2377- 2380 HOR EA2.5X2.5X3/16 248 4 9 144v 560 6c 9 66 0.144 0.179 19 2397- 2400 HOR EA2.5X2.5X3/16 248 4 9 144v 520 6c 10 66 0.145 0.189 19 2352 RED EA2X2X3/16 248 4 12 197v 640 1c 1 35 0.035 0.017 19 2353 RED EA2X2X3/16 248 4 12 197v 600 1c 1 35 0.033 0.016 19 2356 RED EA2X2X3/16 248 4 12 197v 520 1c 1 35 0.034 0.017 19 2357 RED EA2X2X3/16 248 4 12 197v 560 0c 1 35 0.029 0.014 19 2385- 2386 RED EA2X2X3/16 248 4 12 263v 600 1c 2 20 0.097 0.027 19 2387- 2388 RED EA2X2X3/16 248 4 12 263v 560 1c 2 20 0.100 0.028 19 2393- 2394 RED EA2X2X3/16 248 4 12 263v 640 1c 2 20 0.098 0.027 19 2395- 2396 RED EA2X2X3/16 248 4 12 263v 520 1c 2 20 0.100 0.028 19 2420 RED EA2X2X3/16 248 4 12 197v 540 1c 2 35 0.045 0.022 19 2421 RED EA2X2X3/16 248 4 12 197v 620 1c 2 35 0.044 0.022 19 2424 RED EA2X2X3/16 248 4 12 197v 580 1c 1 35 0.042 0.021 19 2425 RED EA2X2X3/16 248 4 12 197v 620 1c 2 35 0.045 0.022 19 2381- 2384 PBR EA2.5X2.5X1/4 248 4 8 158v 500 0c 0 55 0.004 0.005 19 2389- 2392 PBR EA2.5X2.5X1/4 248 4 8 158v 560 0c 0 55 0.004 0.005 19 2349 RED EA2X2X3/16 248 4 12 140v 520 16c 36 70 0.505 0.498 19 2350 RED EA2X2X3/16 248 4 12 140v 640 11c 23 70 0.332 0.328 19 2351 RED EA2X2X3/16 248 4 12 140v 520 11c 25 70 0.349 0.345 19 2354 RED EA2X2X3/16 248 4 12 140v 640 16c 34 70 0.482 0.475 19 2355 RED EA2X2X3/16 248 4 12 140v 560 16c 35 70 0.503 0.496 19 2358 RED EA2X2X3/16 248 4 12 140v 600 12c 25 70 0.361 0.356 19 2359 RED EA2X2X3/16 248 4 12 140v 560 11c 24 70 0.337 0.333 19 2360 RED EA2X2X3/16 248 4 12 140v 600 17c 37 70 0.526 0.519 19 2361 RED EA2X2X3/16 248 4 12 188v 520 12c 25 39 0.648 0.351 19 2362 RED EA2X2X3/16 248 4 12 188v 640 7c 16 39 0.407 0.221 19 2363 RED EA2X2X3/16 248 4 12 188v 520 8c 17 39 0.428 0.232 19 2364 RED EA2X2X3/16 248 4 12 188v 640 11c 24 39 0.618 0.335 19 2365 RED EA2X2X3/16 248 4 12 188v 560 11c 25 39 0.644 0.349 19 2366 RED EA2X2X3/16 248 4 12 188v 600 8c 17 39 0.443 0.240 19 2367 RED EA2X2X3/16 248 4 12 188v 560 7c 16 39 0.413 0.224 19 2368 RED EA2X2X3/16 248 4 12 188v 600 12c 26 39 0.673 0.365 19 2401 RED EA2X2X3/16 248 4 12 186v 520 8c 16 39 0.416 0.230 19 2402 RED EA2X2X3/16 248 4 12 131v 520 0c 1 80 0.006 0.007 19 2403 RED EA2X2X3/16 248 4 12 131v 640 0c 0 80 0.006 0.007 19 2404 RED EA2X2X3/16 248 4 12 186v 640 7c 16 39 0.396 0.219 19 2405 RED EA2X2X3/16 248 4 12 186v 520 8c 16 39 0.416 0.230 19 2406 RED EA2X2X3/16 248 4 12 186v 640 7c 16 39 0.396 0.219 19 2407 RED EA2X2X3/16 248 4 12 131v 520 0c 0 80 0.006 0.007 19 2408 RED EA2X2X3/16 248 4 12 131v 640 0c 1 80 0.006 0.007 19 2409 RED EA2X2X3/16 248 4 12 131v 560 0c 1 80 0.006 0.007 19 2410 RED EA2X2X3/16 248 4 12 131v 600 0c 0 80 0.006 0.007 19 2411 RED EA2X2X3/16 248 4 12 186v 560 7c 16 39 0.402 0.222 19 2412 RED EA2X2X3/16 248 4 12 186v 600 8c 17 39 0.431 0.238 19 2413 RED EA2X2X3/16 248 4 12 186v 560 7c 16 39 0.402 0.222 19 2414 RED EA2X2X3/16 248 4 12 131v 560 0c 0 80 0.006 0.006 19 2415 RED EA2X2X3/16 248 4 12 131v 600 0c 1 80 0.007 0.007 19 2416 RED EA2X2X3/16 248 4 12 186v 600 8c 17 39 0.431 0.238 19 2417 RED EA2X2X3/16 248 4 12 140v 520 11c 25 70 0.352 0.347 19 2418 RED EA2X2X3/16 248 4 12 140v 640 11c 24 70 0.335 0.330 19 2419 RED EA2X2X3/16 248 4 12 140v 520 11c 25 70 0.352 0.347 19 2422 RED EA2X2X3/16 248 4 12 140v 640 11c 24 70 0.335 0.330 19 2423 RED EA2X2X3/16 248 4 12 140v 560 11c 24 70 0.340 0.335 19 2426 RED EA2X2X3/16 248 4 12 140v 600 12c 26 70 0.364 0.359 19 2427 RED EA2X2X3/16 248 4 12 140v 560 11c 24 70 0.340 0.335 19 2428 RED EA2X2X3/16 248 4 12 140v 600 12c 26 70 0.364 0.359

20 2501- 2504 LEG STA6X1/2+4X3/8 248 4 4 44v 520 822c 148 173 0.856 1.238 *

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2:13

MStower [V6.00.010]

20 2513- 2516 LEG STA6X1/2+4X3/8 248 4 4 44v 640 785c 142 173 0.817 1.183 * 20 2533- 2536 LEG STA6X1/2+4X3/8 248 4 4 44v 560 796c 144 173 0.829 1.200 * 20 2545- 2548 LEG STA6X1/2+4X3/8 248 4 4 44v 600 849c 153 173 0.885 1.280 * 20 2505- 2508 BRC EA2.5X2.5X1/4 248 4 9 154v 620 33c 43 58 0.739 0.499 20 2509- 2512 BRC EA2.5X2.5X1/4 248 4 9 154v 540 36c 46 58 0.802 0.541 20 2517- 2520 BRC EA2.5X2.5X1/4 248 4 9 154v 560 35c 46 58 0.792 0.535 20 2521- 2524 BRC EA2.5X2.5X1/4 248 4 9 154v 580 30c 39 58 0.678 0.458 20 2525- 2528 BRC EA2.5X2.5X1/4 248 4 9 154v 500 32c 42 58 0.718 0.485 20 2529- 2532 BRC EA2.5X2.5X1/4 248 4 9 154v 640 32c 41 58 0.716 0.484 20 2537- 2540 BRC EA2.5X2.5X1/4 248 4 9 154v 620 36c 47 58 0.808 0.546 20 2541- 2544 BRC EA2.5X2.5X1/4 248 4 9 154v 540 32c 41 58 0.709 0.479 20 2569- 2572 HOR EA2.5X2.5X1/4 248 4 9 155y 600 6c 8 57 0.149 0.210 20 2573- 2576 HOR EA2.5X2.5X1/4 248 4 9 155y 640 6c 8 57 0.139 0.205 20 2577- 2580 HOR EA2.5X2.5X1/4 248 4 9 155y 560 6c 8 57 0.144 0.205 20 2597- 2600 HOR EA2.5X2.5X1/4 248 4 9 155y 520 6c 8 57 0.145 0.216 20 2552 RED EA2X2X3/16 248 4 12 215v 560 1c 1 30 0.039 0.016 20 2553 RED EA2X2X3/16 248 4 12 215v 620 1c 1 30 0.041 0.017 20 2556 RED EA2X2X3/16 248 4 12 215v 620 1c 1 30 0.041 0.017 20 2557 RED EA2X2X3/16 248 4 12 215v 580 0c 1 30 0.035 0.015 20 2585- 2586 RED EA2X2X3/16 248 4 12 286v 600 1c 2 17 0.112 0.026 20 2587- 2588 RED EA2X2X3/16 248 4 12 286v 560 1c 2 17 0.115 0.027 20 2593- 2594 RED EA2X2X3/16 248 4 12 286v 640 1c 2 17 0.112 0.026 20 2595- 2596 RED EA2X2X3/16 248 4 12 286v 520 1c 2 17 0.115 0.027 20 2620 RED EA2X2X3/16 248 4 12 215v 540 1c 2 30 0.055 0.023 20 2621 RED EA2X2X3/16 248 4 12 215v 620 1c 2 30 0.054 0.022 20 2624 RED EA2X2X3/16 248 4 12 215v 580 1c 2 30 0.052 0.022 20 2625 RED EA2X2X3/16 248 4 12 215v 620 1c 2 30 0.055 0.023 20 2581- 2584 PBR EA2.5X2.5X1/4 248 4 8 172v 500 0c 0 46 0.005 0.005 20 2589- 2592 PBR EA2.5X2.5X1/4 248 4 8 172v 560 0c 0 46 0.004 0.005 20 2549 RED EA2X2X3/16 248 4 12 152v 520 15c 32 59 0.539 0.449 20 2550 RED EA2X2X3/16 248 4 12 152v 640 12c 25 59 0.427 0.356 20 2551 RED EA2X2X3/16 248 4 12 152v 520 12c 27 59 0.447 0.372 20 2554 RED EA2X2X3/16 248 4 12 152v 640 14c 31 59 0.515 0.430 20 2555 RED EA2X2X3/16 248 4 12 152v 560 15c 32 59 0.531 0.443 20 2558 RED EA2X2X3/16 248 4 12 152v 600 13c 27 59 0.462 0.385 20 2559 RED EA2X2X3/16 248 4 12 152v 560 12c 26 59 0.433 0.361 20 2560 RED EA2X2X3/16 248 4 12 152v 600 15c 33 59 0.559 0.466 20 2561 RED EA2X2X3/16 248 4 12 198v 520 10c 22 35 0.633 0.309 20 2562 RED EA2X2X3/16 248 4 12 198v 640 8c 17 35 0.474 0.232 20 2563 RED EA2X2X3/16 248 4 12 198v 520 8c 17 35 0.496 0.243 20 2564 RED EA2X2X3/16 248 4 12 198v 640 10c 21 35 0.606 0.297 20 2565 RED EA2X2X3/16 248 4 12 198v 560 10c 22 35 0.624 0.305 20 2566 RED EA2X2X3/16 248 4 12 198v 600 8c 18 35 0.513 0.251 20 2567 RED EA2X2X3/16 248 4 12 198v 560 8c 17 35 0.481 0.235 20 2568 RED EA2X2X3/16 248 4 12 198v 600 11c 23 35 0.655 0.321 20 2601 RED EA2X2X3/16 248 4 12 195v 520 8c 18 36 0.508 0.256 20 2602 RED EA2X2X3/16 248 4 12 130v 520 0c 1 81 0.008 0.009 20 2603 RED EA2X2X3/16 248 4 12 130v 640 0c 1 81 0.007 0.008 20 2604 RED EA2X2X3/16 248 4 12 195v 640 8c 16 36 0.453 0.228 20 2605 RED EA2X2X3/16 248 4 12 195v 520 8c 17 36 0.474 0.239 20 2606 RED EA2X2X3/16 248 4 12 195v 640 8c 18 36 0.490 0.247 20 2607 RED EA2X2X3/16 248 4 12 130v 520 0c 1 81 0.007 0.008 20 2608 RED EA2X2X3/16 248 4 12 130v 640 0c 1 81 0.008 0.009 20 2609 RED EA2X2X3/16 248 4 12 130v 560 0c 1 81 0.008 0.009 20 2610 RED EA2X2X3/16 248 4 12 130v 600 0c 1 81 0.007 0.008 20 2611 RED EA2X2X3/16 248 4 12 195v 560 8c 17 36 0.485 0.244 20 2612 RED EA2X2X3/16 248 4 12 195v 600 8c 18 36 0.490 0.247 20 2613 RED EA2X2X3/16 248 4 12 195v 560 8c 17 36 0.459 0.232 20 2614 RED EA2X2X3/16 248 4 12 130v 560 0c 1 81 0.007 0.008 20 2615 RED EA2X2X3/16 248 4 12 130v 600 0c 1 81 0.008 0.009 20 2616 RED EA2X2X3/16 248 4 12 195v 600 9c 19 36 0.521 0.263 20 2617 RED EA2X2X3/16 248 4 12 152v 520 13c 29 59 0.484 0.403 20 2618 RED EA2X2X3/16 248 4 12 152v 640 12c 25 59 0.428 0.357 20 2619 RED EA2X2X3/16 248 4 12 152v 520 12c 27 59 0.448 0.374 20 2622 RED EA2X2X3/16 248 4 12 152v 640 13c 28 59 0.467 0.389 20 2623 RED EA2X2X3/16 248 4 12 152v 560 13c 27 59 0.462 0.385 20 2626 RED EA2X2X3/16 248 4 12 152v 600 13c 28 59 0.464 0.386 20 2627 RED EA2X2X3/16 248 4 12 152v 560 12c 26 59 0.434 0.362 20 2628 RED EA2X2X3/16 248 4 12 152v 600 14c 29 59 0.496 0.413

21 2701- 2702 LEG STA6X1/2+4X3/8 248 4 4 40v 520 872c 157 176 0.896 1.294 * 21 2711- 2712 LEG STA6X1/2+4X3/8 248 4 4 40v 640 836c 151 176 0.859 1.240 * 21 2729- 2730 LEG STA6X1/2+4X3/8 248 4 4 40v 560 847c 153 176 0.870 1.256 * 21 2739- 2740 LEG STA6X1/2+4X3/8 248 4 4 40v 600 901c 162 176 0.925 1.336 * 21 2793- 2794 LEG EA6X6X1/2 248 4 4 43v 520 876c 236 173 1.362 1.300 * 21 2799- 2800 LEG EA6X6X1/2 248 4 4 43v 640 840c 226 173 1.306 1.246 * 21 2809- 2810 LEG EA6X6X1/2 248 4 4 43v 560 851c 229 173 1.323 1.262 * 21 2815- 2816 LEG EA6X6X1/2 248 4 4 43v 600 905c 244 173 1.407 1.343 * 21 2703- 2706 BRC EA2.5X2.5X1/4 248 4 9 160v 620 35c 45 54 0.837 0.526 21 2707- 2710 BRC EA2.5X2.5X1/4 248 4 9 160v 540 36c 46 54 0.862 0.541 21 2713- 2716 BRC EA2.5X2.5X1/4 248 4 9 160v 560 35c 45 54 0.844 0.530

of 1410 mar 2014

2:13

MStower [V6.00.010]

21 2717- 2720 BRC EA2.5X2.5X1/4 248 4 9 160v 600 34c 44 54 0.813 0.511 21 2721- 2724 BRC EA2.5X2.5X1/4 248 4 9 160v 500 34c 44 54 0.824 0.518 21 2725- 2728 BRC EA2.5X2.5X1/4

mc eval. torre est. alto ilo t.a.c h=80.00 m. v=100kph

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