convocatoria pÚblica upme 05 de 2012 …...tablas de tendido upme 05-2012 a0 página 3 de 80 1...
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CONVOCATORIA PÚBLICA UPME 05 DE 2012 DISEÑO DEL TRAMO AÉREO DE LA SEGUNDA LÍNEA DE
TRANSMISIÓN CARTAGENA-BOLIVAR CIRCUITO SENCILLO 220 kV.
TABLAS DE TENDIDO CABLE DE GUARDA ALUMOWELD 7 No 9
AS
C#
B#
A0 16-07-2015 H.Fandiño J. Muñoz T. Quintero Enviado para Revisión
Versión Fecha
(dd/mm/aaaa)
Elaborado por (Inicial Nombre y Apellido ó firma
Revisado por (Inicial Nombre y Apellido o firma
Aprobado por (Inicial Nombre
y Apellido o firma
Descripción Estado
ESCALA
SIN
FORMATO
Carta
REFERENCIA EEB
EEB-U512-CT100564-L123-DIS2004
HOJA
1
REV
A0
TABLAS DE TENDIDO UPME 05-2012 A0 Página 2 de 80
TABLA DE CONTENIDO
1 INTRODUCCIÓN .............................................................................................................. 3
2 OBJETO Y ALCANCE DEL DOCUMENTO ...................................................................... 4
3 NORMAS, CÓDIGOS Y REGLAMENTOS APLICABLES ................................................ 5
4 DESCRIPCION GENERAL DE LA LÍNEA ........................................................................ 6
5 TABLAS DE TENDIDO ..................................................................................................... 7
6 REFERENCIAS BIBLIOGRÁFICAS ...............................................................................80
LISTA DE FIGURAS
Figura 1. Localización general de la línea. ................................................................ 6
TABLAS DE TENDIDO UPME 05-2012 A0 Página 3 de 80
1 INTRODUCCIÓN
La Empresa de Energía de Bogotá, en adelante EEB, mediante el contrato CT-100564 adjudicó a CONSULTORES UNIDOS S.A., en adelante CUSA, el contrato para el desarrollo del diseño detallado del tramo aéreo de la línea de transmisión Cartagena-Bolívar circuito sencillo a 220 kV, incluida dentro de la Convocatoria UPME 05-2012.
De acuerdo con lo establecido en los Documentos de Selección de la UPME y en particular con el Anexo No. 1 “Descripción del Proyecto”, la línea de transmisión deberá ser nueva y cumplir con las siguientes características:
Tipo de línea: aérea con torres auto-soportadas y/o postes y/o estructuras compactas, y/o parcialmente subterránea.
Estructuras de soporte y cantidad de circuitos: estructuras de configuración triangular, circuito sencillo.
Longitud de la línea. Total de aproximadamente 22 km; para el tramo aéreo según la solicitud de ofertas de la EEB se estimó en 18 km. La longitud final del diseño para el tramo aéreo resultó en 15,77 km.
TABLAS DE TENDIDO UPME 05-2012 A0 Página 4 de 80
2 OBJETO Y ALCANCE DEL DOCUMENTO
El presente documento tiene como objeto presentar las Tablas de Tendido del cable de guarda Alumoweld 7 No 9 de la línea Cartagena – Bolívar a 220 kV, las cuales fueron generadas mediante el programa de diseño de líneas de transmisión PLS-CADD. Las características del cable de guarda Alumoweld 7No. 9 AWG están consignadas en el documento “EEB-U512-CT100564-L123-DIS7000 DISEÑO ELECTRICO”. Las Tablas de Tendido incluyen los vanos componentes de cada sección entre estructuras de retención, los cambios de elevación, la diferencia de cota de los puntos más bajos de cada vano, la tensión y flecha en poleas, los corrimientos (offsets) para fijar las grapas en poleas y garantizar la verticalidad de las cadenas de suspensión y la magnitud de la flecha y su corrección.
Las Tablas fueron generadas en condiciones iniciales del cable (antes del desarrollo del creep o de la ocurrencia de la carga máxima de la línea) para temperaturas de tendido que van desde la temperatura mínima absoluta de 15°C hasta la temperatura máxima ambiente de 40° C de acuerdo con la información meteorológica consignada en el documento “EEB-U512-CT100564-L123-DIS1000 PARAMETROS METEORO-LOGICOS”
TABLAS DE TENDIDO UPME 05-2012 A0 Página 5 de 80
3 NORMAS, CÓDIGOS Y REGLAMENTOS APLICABLES
En general, para los diseños y para las especificaciones de materiales y equipos se siguió la normatividad colombiana obligatoria; sin embargo, en aquellos aspectos no cubiertos por tales normas se utilizaron normas internacional y nacionalmente conocidas.
Específicamente se tuvieron en cuenta las siguientes regulaciones, en cuanto ellas aplican a líneas de transmisión:
RETIE Reglamento Técnico de Instalaciones Eléctricas, Resoluciones No. 9 0708 de 30 de agosto 2013, 9 0907 de 25 de octubre 2013 y 9 0795 de julio 25 de 2014 del Ministerio de Minas y Energía, en particular la parte específica del RETIE aplicable será la de transmisión (Capítulo V), por tratarse de una línea de 230kV
CREG Código de Redes, Resolución GREG 025 de 1995 y específicamente el Anexo CC 1 del Código de Conexión, Resolución CREG 098 de 2000.
Se consideraron las siguientes normas adicionales:
NTC Normas Técnicas Colombianas
NSR Normas Colombianas de Diseño y Construcción Sismo Resistente
ICONTEC Instituto Colombiano de Normas Técnicas
ICPC Instituto Colombiano de Productores de Cemento
ANSI American National Standards Institute
ASCE American Society of Civil Engineers –Guía para el Diseño Electromecánico 3a edición.
ASTM American Standard for Testing and Materials
NEMA National Electrical Manufacturers Association
NESC National Electrical Security Code
IEC International Electro-technical Commission
IEEE Institute of Electrical and Electronic Engineers
ASTM American Society for Testing and Materials
AISC American Institute of Steel Construction
AWS American Welding Society
AISI American Iron and Steel Institute
TABLAS DE TENDIDO UPME 05-2012 A0 Página 6 de 80
4 DESCRIPCION GENERAL DE LA LÍNEA
De acuerdo con lo establecido en el Anexo No. 1 “Descripción del Proyecto” de los Documentos de Selección de la UPME, la línea de transmisión será de circuito sencillo a 220 kV de aproximadamente 21 km, desde la subestación Bolívar hasta la subestación Cartagena.
De acuerdo con la ruta finalmente definida en oficina y corroborada en campo tal como se muestra en la Figura No. 1, la línea se inicia en la S/E Bolívar que se ubica cerca de una de las vías principales (Santa Rosa), luego se extiende en dirección sur pasando por los municipios de Santa rosa y Turbaco, hasta conectar con la línea subterránea por medio de una estructura de transición en las afueras de Cartagena. El tramo aéreo resultante luego del diseño de la línea tiene una longitud de aproximadamente 15,77 km.
Figura 1. Localización general de la línea.
TABLAS DE TENDIDO UPME 05-2012 Página 7 de 80
5 TABLAS DE TENDIDO
PLS-CADD Version 13.20x64 04:46:43 p.m. miércoles, 15 de julio de 2015
Consultores Unidos - Colombia
Project Name: 'c:\cusa\proyectos\eeb --- cartagena\pls aaac 600 37 a\cartagena-bolivar-replanteo (13072015) r3.DON'
Line Title: 'Optimized design: Time=17.3 Interval=5 Subopts=0 Dir= F'
Section Sagging Data
Sec. Cable From To Voltage Ruling -----------Sagging Data------------- -------------------Display--------------------
No. File Str. Str. Span Condition Temp. Catenary Horiz. Weather Condition Catenary
Name Constant Tension Case Constant
(kV) (m) (deg C) (m) (daN) (m)
-------------------------------------------------------------------------------------------------------------------------------------------
1 7no_9_alumoweld (14%) 29 31 0 310.9 Creep RS 40.0 2407.7 729.4 Temperatura max ambiente Creep RS 2407.7
2 7no_9_alumoweld (14%) 31 32 0 157.0 Creep RS 40.0 2276.7 689.8 Temperatura max ambiente Creep RS 2275.8
3 7no_9_alumoweld (14%) 32 40 0 258.8 Creep RS 40.0 2368.9 717.7 Temperatura max ambiente Creep RS 2369.8
4 7no_9_alumoweld (14%) 40 43 0 293.4 Creep RS 40.0 2396.6 726.1 Temperatura max ambiente Creep RS 2396.5
5 7no_9_alumoweld (14%) 43 44 0 211.1 Creep RS 40.0 2337.4 708.2 Temperatura max ambiente Creep RS 2336.4
6 7no_9_alumoweld (14%) 44 46 0 287.2 Creep RS 40.0 2394.3 725.4 Temperatura max ambiente Creep RS 2394.3
7 7no_9_alumoweld (14%) 46 48 0 305.0 Creep RS 40.0 2402.5 727.9 Temperatura max ambiente Creep RS 2402.5
8 7no_9_alumoweld (15%) 2 3 0 262.9 Creep RS 40.0 2542.3 770.2 Temperatura max ambiente Creep RS 2542.3
9 7no_9_alumoweld (15%) 2 3 0 270.2 Creep RS 40.0 2547.4 771.8 Temperatura max ambiente Creep RS 2547.9
10 7no_9_alumoweld (15%) 3 4 0 310.3 Creep RS 40.0 2566.1 777.5 Temperatura max ambiente Creep RS 2567.0
11 7no_9_alumoweld (15%) 4 7 0 314.1 Creep RS 40.0 2571.4 779.0 Temperatura max ambiente Creep RS 2571.4
12 7no_9_alumoweld (15%) 7 8 0 239.7 Creep RS 40.0 2520.6 763.7 Temperatura max ambiente Creep RS 2521.5
13 7no_9_alumoweld (15%) 8 10 0 471.8 Creep RS 40.0 2641.6 800.3 Temperatura max ambiente Creep RS 2641.6
14 7no_9_alumoweld (15%) 10 18 0 448.1 Creep RS 40.0 2632.5 797.6 Temperatura max ambiente Creep RS 2632.0
15 7no_9_alumoweld (15%) 18 21 0 342.1 Creep RS 40.0 2584.6 783.1 Temperatura max ambiente Creep RS 2583.6
16 7no_9_alumoweld (15%) 21 25 0 466.8 Creep RS 40.0 2633.3 797.8 Temperatura max ambiente Creep RS 2633.3
17 7no_9_alumoweld (15%) 25 29 0 394.1 Creep RS 40.0 2610.8 791.0 Temperatura max ambiente Creep RS 2610.8
18 7no_9_alumoweld (450) 1 2 0 86.7 Creep RS 40.0 1227.9 372.0 Temperatura max ambiente Creep RS 1227.0
19 7no_9_alumoweld (450) 1 2 0 90.3 Creep RS 40.0 1234.6 374.0 Temperatura max ambiente Creep RS 1234.6
20 7no_9_alumoweld (450) 48 49 0 98.0 Creep RS 40.0 1238.6 375.3 Temperatura max ambiente Creep RS 1237.7
Construction Offset Clipping Report for 15.0 (deg C)
TABLAS DE TENDIDO UPME 05-2012 Página 8 de 80
Section 1 from structure #29 to structure #31, 7no_9_alumoweld (14%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=9621.425 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
29 310.61 3.77 0.00 9617 0.0 3.80 3.80 0.00
30 311.29 2.20 3.13 9626 0.0 3.81 3.82 -0.00
Construction Offset Clipping Report for 20.0 (deg C)
Section 1 from structure #29 to structure #31, 7no_9_alumoweld (14%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=9340.551 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
29 310.61 3.77 0.00 9336 0.0 3.91 3.91 0.00
30 311.29 2.20 3.12 9345 0.0 3.93 3.93 -0.00
Construction Offset Clipping Report for 25.0 (deg C)
TABLAS DE TENDIDO UPME 05-2012 Página 9 de 80
Section 1 from structure #29 to structure #31, 7no_9_alumoweld (14%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=9070.371 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
29 310.61 3.77 0.00 9066 0.0 4.03 4.03 0.00
30 311.29 2.20 3.12 9075 0.0 4.04 4.05 -0.00
Construction Offset Clipping Report for 30.0 (deg C)
Section 1 from structure #29 to structure #31, 7no_9_alumoweld (14%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=8810.911 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
29 310.61 3.77 0.00 8806 0.0 4.15 4.15 0.00
30 311.29 2.20 3.11 8816 0.0 4.16 4.17 -0.00
Construction Offset Clipping Report for 35.0 (deg C)
TABLAS DE TENDIDO UPME 05-2012 Página 10 de 80
Section 1 from structure #29 to structure #31, 7no_9_alumoweld (14%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=8562.195 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
29 310.61 3.77 0.00 8557 0.0 4.27 4.27 0.00
30 311.29 2.20 3.11 8567 0.0 4.28 4.29 -0.00
Construction Offset Clipping Report for 40.0 (deg C)
Section 1 from structure #29 to structure #31, 7no_9_alumoweld (14%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=8318.908 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
29 310.61 3.77 0.00 8314 0.0 4.40 4.39 0.00
30 311.29 2.20 3.10 8324 0.0 4.41 4.41 -0.00
Construction Offset Clipping Report for 15.0 (deg C)
TABLAS DE TENDIDO UPME 05-2012 Página 11 de 80
Section 2 from structure #31 to structure #32, 7no_9_alumoweld (14%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=10500.271 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
31 157.40 -11.38 0.00 10500 0.0 0.90 0.90 0.00
Construction Offset Clipping Report for 20.0 (deg C)
Section 2 from structure #31 to structure #32, 7no_9_alumoweld (14%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=10097.020 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
31 157.40 -11.38 0.00 10097 0.0 0.93 0.93 0.00
Construction Offset Clipping Report for 25.0 (deg C)
TABLAS DE TENDIDO UPME 05-2012 Página 12 de 80
Section 2 from structure #31 to structure #32, 7no_9_alumoweld (14%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=9704.297 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
31 157.40 -11.38 0.00 9704 0.0 0.97 0.97 0.00
Construction Offset Clipping Report for 30.0 (deg C)
Section 2 from structure #31 to structure #32, 7no_9_alumoweld (14%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=9322.209 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
31 157.40 -11.38 0.00 9322 0.0 1.01 1.01 0.00
Construction Offset Clipping Report for 35.0 (deg C)
TABLAS DE TENDIDO UPME 05-2012 Página 13 de 80
Section 2 from structure #31 to structure #32, 7no_9_alumoweld (14%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=8940.181 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
31 157.40 -11.38 0.00 8940 0.0 1.05 1.05 0.00
Construction Offset Clipping Report for 40.0 (deg C)
Section 2 from structure #31 to structure #32, 7no_9_alumoweld (14%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=8568.969 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
31 157.40 -11.38 0.00 8569 0.0 1.10 1.10 0.00
Construction Offset Clipping Report for 15.0 (deg C)
TABLAS DE TENDIDO UPME 05-2012 Página 14 de 80
Section 3 from structure #32 to structure #40, 7no_9_alumoweld (14%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=9911.292 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
32 278.58 6.11 0.00 9925 0.0 2.96 2.97 -0.00
33 265.65 -2.77 2.55 9932 -0.1 2.69 2.70 -0.01
34 307.38 -6.52 -6.11 9914 -0.2 3.61 3.61 -0.00
35 244.29 -3.44 -3.24 9904 -0.2 2.28 2.28 0.00
36 258.11 5.09 0.25 9905 -0.2 2.55 2.55 0.00
37 210.80 -6.68 -0.95 9902 -0.2 1.70 1.70 0.00
38 233.14 0.77 -1.71 9897 -0.1 2.08 2.08 0.00
39 234.99 -3.80 -1.96 9891 -0.1 2.11 2.11 0.00
TABLAS DE TENDIDO UPME 05-2012 Página 15 de 80
onstruction Offset Clipping Report for 20.0 (deg C)
Section 3 from structure #32 to structure #40, 7no_9_alumoweld (14%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=9593.136 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
32 278.58 6.11 0.00 9606 0.0 3.06 3.07 -0.00
33 265.65 -2.77 2.54 9614 -0.1 2.78 2.79 -0.01
34 307.38 -6.52 -6.13 9596 -0.2 3.73 3.73 -0.00
35 244.29 -3.44 -3.21 9586 -0.2 2.36 2.36 0.00
36 258.11 5.09 0.25 9587 -0.2 2.63 2.63 0.00
37 210.80 -6.68 -0.89 9584 -0.2 1.76 1.76 0.00
38 233.14 0.77 -1.77 9579 -0.1 2.15 2.15 0.00
39 234.99 -3.80 -1.95 9573 -0.1 2.19 2.18 0.00
TABLAS DE TENDIDO UPME 05-2012 Página 16 de 80
Construction Offset Clipping Report for 25.0 (deg C)
Section 3 from structure #32 to structure #40, 7no_9_alumoweld (14%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=9274.970 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
32 278.58 6.11 0.00 9288 0.0 3.17 3.17 -0.00
33 265.65 -2.77 2.53 9296 -0.1 2.88 2.88 -0.01
34 307.38 -6.52 -6.14 9277 -0.2 3.86 3.86 -0.00
35 244.29 -3.44 -3.17 9268 -0.2 2.44 2.44 0.00
36 258.11 5.09 0.25 9269 -0.2 2.72 2.72 0.00
37 210.80 -6.68 -0.83 9266 -0.2 1.82 1.82 0.00
38 233.14 0.77 -1.84 9260 -0.1 2.22 2.22 0.00
39 234.99 -3.80 -1.94 9255 -0.1 2.26 2.26 0.00
TABLAS DE TENDIDO UPME 05-2012 Página 17 de 80
Construction Offset Clipping Report for 30.0 (deg C)
Section 3 from structure #32 to structure #40, 7no_9_alumoweld (14%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=8967.517 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
32 278.58 6.11 0.00 8981 0.0 3.27 3.28 -0.00
33 265.65 -2.77 2.52 8988 -0.1 2.97 2.98 -0.01
34 307.38 -6.52 -6.16 8970 -0.2 3.99 3.99 -0.00
35 244.29 -3.44 -3.14 8960 -0.2 2.52 2.52 0.00
36 258.11 5.09 0.25 8961 -0.2 2.82 2.81 0.00
37 210.80 -6.68 -0.77 8959 -0.2 1.88 1.88 0.00
38 233.14 0.77 -1.90 8953 -0.1 2.30 2.30 0.00
39 234.99 -3.80 -1.92 8947 -0.1 2.34 2.33 0.01
TABLAS DE TENDIDO UPME 05-2012 Página 18 de 80
Construction Offset Clipping Report for 35.0 (deg C)
Section 3 from structure #32 to structure #40, 7no_9_alumoweld (14%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=8676.149 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
32 278.58 6.11 0.00 8689 0.0 3.38 3.39 -0.01
33 265.65 -2.77 2.51 8697 -0.1 3.07 3.08 -0.01
34 307.38 -6.52 -6.17 8678 -0.2 4.13 4.13 -0.00
35 244.29 -3.44 -3.10 8669 -0.2 2.61 2.61 0.00
36 258.11 5.09 0.25 8670 -0.2 2.91 2.91 0.00
37 210.80 -6.68 -0.70 8668 -0.2 1.94 1.94 0.00
38 233.14 0.77 -1.97 8662 -0.2 2.38 2.37 0.00
39 234.99 -3.80 -1.91 8656 -0.1 2.42 2.41 0.01
TABLAS DE TENDIDO UPME 05-2012 Página 19 de 80
Construction Offset Clipping Report for 40.0 (deg C)
Section 3 from structure #32 to structure #40, 7no_9_alumoweld (14%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=8395.563 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
32 278.58 6.11 0.00 8409 0.0 3.50 3.50 -0.01
33 265.65 -2.77 2.50 8416 -0.1 3.18 3.18 -0.01
34 307.38 -6.52 -6.19 8398 -0.2 4.26 4.26 -0.00
35 244.29 -3.44 -3.06 8388 -0.3 2.69 2.69 0.00
36 258.11 5.09 0.25 8389 -0.2 3.01 3.01 0.00
37 210.80 -6.68 -0.64 8387 -0.2 2.01 2.01 0.00
38 233.14 0.77 -2.03 8381 -0.2 2.46 2.45 0.00
39 234.99 -3.80 -1.90 8375 -0.1 2.50 2.49 0.01
TABLAS DE TENDIDO UPME 05-2012 Página 20 de 80
Construction Offset Clipping Report for 15.0 (deg C)
Section 4 from structure #40 to structure #43, 7no_9_alumoweld (14%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=9718.103 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
40 287.42 -2.48 0.00 9725 0.0 3.22 3.22 -0.00
41 291.44 -1.70 -2.11 9719 -0.0 3.31 3.31 -0.00
42 300.92 -3.05 -2.70 9711 -0.0 3.53 3.53 0.00
Construction Offset Clipping Report for 20.0 (deg C)
Section 4 from structure #40 to structure #43, 7no_9_alumoweld (14%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=9426.577 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
40 287.42 -2.48 0.00 9434 0.0 3.32 3.32 -0.00
41 291.44 -1.70 -2.12 9428 -0.0 3.41 3.41 -0.00
42 300.92 -3.05 -2.71 9419 -0.0 3.64 3.64 0.00
TABLAS DE TENDIDO UPME 05-2012 Página 21 de 80
Construction Offset Clipping Report for 25.0 (deg C)
Section 4 from structure #40 to structure #43, 7no_9_alumoweld (14%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=9140.399 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
40 287.42 -2.48 0.00 9148 0.0 3.42 3.42 -0.00
41 291.44 -1.70 -2.12 9141 -0.0 3.52 3.52 -0.00
42 300.92 -3.05 -2.71 9133 -0.1 3.76 3.75 0.00
Construction Offset Clipping Report for 30.0 (deg C)
Section 4 from structure #40 to structure #43, 7no_9_alumoweld (14%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=8864.940 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
40 287.42 -2.48 0.00 8872 0.0 3.53 3.53 -0.00
41 291.44 -1.70 -2.13 8866 -0.0 3.63 3.63 -0.00
42 300.92 -3.05 -2.71 8858 -0.1 3.87 3.87 0.00
TABLAS DE TENDIDO UPME 05-2012 Página 22 de 80
Construction Offset Clipping Report for 35.0 (deg C)
Section 4 from structure #40 to structure #43, 7no_9_alumoweld (14%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=8600.229 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
40 287.42 -2.48 0.00 8608 0.0 3.64 3.64 -0.00
41 291.44 -1.70 -2.13 8601 -0.0 3.74 3.74 -0.00
42 300.92 -3.05 -2.72 8593 -0.1 3.99 3.99 0.00
Construction Offset Clipping Report for 40.0 (deg C)
Section 4 from structure #40 to structure #43, 7no_9_alumoweld (14%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=8346.286 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
40 287.42 -2.48 0.00 8354 0.0 3.75 3.75 -0.00
41 291.44 -1.70 -2.14 8347 -0.1 3.85 3.85 -0.00
42 300.92 -3.05 -2.72 8339 -0.1 4.11 4.11 0.00
TABLAS DE TENDIDO UPME 05-2012 Página 23 de 80
Construction Offset Clipping Report for 15.0 (deg C)
Section 5 from structure #43 to structure #44, 7no_9_alumoweld (14%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=10232.594 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
43 211.15 -0.98 0.00 10233 0.0 1.65 1.65 -0.00
Construction Offset Clipping Report for 20.0 (deg C)
Section 5 from structure #43 to structure #44, 7no_9_alumoweld (14%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=9871.867 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
43 211.15 -0.98 0.00 9872 0.0 1.71 1.71 -0.00
TABLAS DE TENDIDO UPME 05-2012 Página 24 de 80
Construction Offset Clipping Report for 25.0 (deg C)
Section 5 from structure #43 to structure #44, 7no_9_alumoweld (14%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=9521.742 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
43 211.15 -0.98 0.00 9522 0.0 1.77 1.77 -0.00
Construction Offset Clipping Report for 30.0 (deg C)
Section 5 from structure #43 to structure #44, 7no_9_alumoweld (14%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=9171.624 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
43 211.15 -0.98 0.00 9172 0.0 1.84 1.84 -0.00
TABLAS DE TENDIDO UPME 05-2012 Página 25 de 80
Construction Offset Clipping Report for 35.0 (deg C)
Section 5 from structure #43 to structure #44, 7no_9_alumoweld (14%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=8832.250 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
43 211.15 -0.98 0.00 8832 0.0 1.91 1.91 -0.00
Construction Offset Clipping Report for 40.0 (deg C)
Section 5 from structure #43 to structure #44, 7no_9_alumoweld (14%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=8503.675 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
43 211.15 -0.98 0.00 8504 0.0 1.99 1.99 -0.00
TABLAS DE TENDIDO UPME 05-2012 Página 26 de 80
Construction Offset Clipping Report for 15.0 (deg C)
Section 6 from structure #44 to structure #46, 7no_9_alumoweld (14%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=9761.000 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
44 287.23 -0.80 0.00 9760 0.0 3.20 3.20 0.00
45 287.25 1.75 0.43 9762 0.0 3.20 3.20 -0.00
Construction Offset Clipping Report for 20.0 (deg C)
Section 6 from structure #44 to structure #46, 7no_9_alumoweld (14%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=9464.146 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
44 287.23 -0.80 0.00 9463 0.0 3.30 3.30 0.00
45 287.25 1.75 0.43 9465 0.0 3.30 3.30 -0.00
TABLAS DE TENDIDO UPME 05-2012 Página 27 de 80
Construction Offset Clipping Report for 25.0 (deg C)
Section 6 from structure #44 to structure #46, 7no_9_alumoweld (14%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=9177.971 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
44 287.23 -0.80 0.00 9177 0.0 3.41 3.40 0.00
45 287.25 1.75 0.43 9179 0.0 3.41 3.41 -0.00
Construction Offset Clipping Report for 30.0 (deg C)
Section 6 from structure #44 to structure #46, 7no_9_alumoweld (14%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=8891.843 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
44 287.23 -0.80 0.00 8891 0.0 3.51 3.51 0.00
45 287.25 1.75 0.43 8892 0.0 3.51 3.52 -0.00
TABLAS DE TENDIDO UPME 05-2012 Página 28 de 80
Construction Offset Clipping Report for 35.0 (deg C)
Section 6 from structure #44 to structure #46, 7no_9_alumoweld (14%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=8621.797 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
44 287.23 -0.80 0.00 8621 0.0 3.62 3.62 0.00
45 287.25 1.75 0.43 8622 0.0 3.62 3.63 -0.00
Construction Offset Clipping Report for 40.0 (deg C)
Section 6 from structure #44 to structure #46, 7no_9_alumoweld (14%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=8362.522 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
44 287.23 -0.80 0.00 8362 0.0 3.74 3.74 0.00
45 287.25 1.75 0.43 8363 0.0 3.74 3.74 -0.00
TABLAS DE TENDIDO UPME 05-2012 Página 29 de 80
Construction Offset Clipping Report for 15.0 (deg C)
Section 7 from structure #46 to structure #48, 7no_9_alumoweld (14%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=9653.660 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
46 303.83 -5.45 0.00 9657 0.0 3.62 3.62 -0.00
47 306.23 -0.45 -2.50 9650 -0.0 3.68 3.68 0.00
Construction Offset Clipping Report for 20.0 (deg C)
Section 7 from structure #46 to structure #48, 7no_9_alumoweld (14%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=9367.456 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
46 303.83 -5.45 0.00 9371 0.0 3.73 3.73 -0.00
47 306.23 -0.45 -2.52 9364 -0.0 3.79 3.79 0.00
TABLAS DE TENDIDO UPME 05-2012 Página 30 de 80
Construction Offset Clipping Report for 25.0 (deg C)
Section 7 from structure #46 to structure #48, 7no_9_alumoweld (14%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=9091.943 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
46 303.83 -5.45 0.00 9096 0.0 3.84 3.85 -0.00
47 306.23 -0.45 -2.53 9088 -0.0 3.91 3.91 0.00
Construction Offset Clipping Report for 30.0 (deg C)
Section 7 from structure #46 to structure #48, 7no_9_alumoweld (14%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=8827.151 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
46 303.83 -5.45 0.00 8831 0.0 3.96 3.96 -0.00
47 306.23 -0.45 -2.55 8823 -0.0 4.03 4.02 0.00
TABLAS DE TENDIDO UPME 05-2012 Página 31 de 80
Construction Offset Clipping Report for 35.0 (deg C)
Section 7 from structure #46 to structure #48, 7no_9_alumoweld (14%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=8573.104 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
46 303.83 -5.45 0.00 8577 0.0 4.08 4.08 -0.00
47 306.23 -0.45 -2.56 8569 -0.0 4.15 4.14 0.00
Construction Offset Clipping Report for 40.0 (deg C)
Section 7 from structure #46 to structure #48, 7no_9_alumoweld (14%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=8324.489 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
46 303.83 -5.45 0.00 8328 0.0 4.20 4.20 -0.00
47 306.23 -0.45 -2.58 8321 -0.0 4.27 4.27 0.00
TABLAS DE TENDIDO UPME 05-2012 Página 32 de 80
Construction Offset Clipping Report for 15.0 (deg C)
Section 8 from structure #2 to structure #3, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=10700.411 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
2 262.91 -0.91 0.00 10700 0.0 2.45 2.45 -0.00
Construction Offset Clipping Report for 20.0 (deg C)
Section 8 from structure #2 to structure #3, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=10361.169 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
2 262.91 -0.91 0.00 10361 0.0 2.53 2.53 -0.00
TABLAS DE TENDIDO UPME 05-2012 Página 33 de 80
Construction Offset Clipping Report for 25.0 (deg C)
Section 8 from structure #2 to structure #3, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=10032.442 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
2 262.91 -0.91 0.00 10032 0.0 2.61 2.61 -0.00
Construction Offset Clipping Report for 30.0 (deg C)
Section 8 from structure #2 to structure #3, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=9703.629 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
2 262.91 -0.91 0.00 9704 0.0 2.70 2.70 -0.00
TABLAS DE TENDIDO UPME 05-2012 Página 34 de 80
Construction Offset Clipping Report for 35.0 (deg C)
Section 8 from structure #2 to structure #3, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=9390.791 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
2 262.91 -0.91 0.00 9391 0.0 2.79 2.79 -0.00
Construction Offset Clipping Report for 40.0 (deg C)
Section 8 from structure #2 to structure #3, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=9088.646 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
2 262.91 -0.91 0.00 9089 0.0 2.88 2.88 -0.00
TABLAS DE TENDIDO UPME 05-2012 Página 35 de 80
Construction Offset Clipping Report for 15.0 (deg C)
Section 9 from structure #2 to structure #3, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=10668.224 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
2 270.18 -0.91 0.00 10668 0.0 2.59 2.59 -0.00
Construction Offset Clipping Report for 20.0 (deg C)
Section 9 from structure #2 to structure #3, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=10328.958 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
2 270.18 -0.91 0.00 10329 0.0 2.68 2.68 -0.00
TABLAS DE TENDIDO UPME 05-2012 Página 36 de 80
Construction Offset Clipping Report for 25.0 (deg C)
Section 9 from structure #2 to structure #3, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=10000.213 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
2 270.18 -0.91 0.00 10000 0.0 2.76 2.76 -0.00
Construction Offset Clipping Report for 30.0 (deg C)
Section 9 from structure #2 to structure #3, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=9682.058 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
2 270.18 -0.91 0.00 9682 0.0 2.86 2.86 -0.00
TABLAS DE TENDIDO UPME 05-2012 Página 37 de 80
Construction Offset Clipping Report for 35.0 (deg C)
Section 9 from structure #2 to structure #3, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=9374.548 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
2 270.18 -0.91 0.00 9375 0.0 2.95 2.95 -0.00
Construction Offset Clipping Report for 40.0 (deg C)
Section 9 from structure #2 to structure #3, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=9077.732 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
2 270.18 -0.91 0.00 9078 0.0 3.05 3.05 -0.00
TABLAS DE TENDIDO UPME 05-2012 Página 38 de 80
Construction Offset Clipping Report for 15.0 (deg C)
Section 10 from structure #3 to structure #4, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=10400.378 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
3 310.58 13.03 0.00 10400 0.0 3.52 3.52 0.00
Construction Offset Clipping Report for 20.0 (deg C)
Section 10 from structure #3 to structure #4, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=10092.957 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
3 310.58 13.03 0.00 10093 0.0 3.62 3.62 0.00
TABLAS DE TENDIDO UPME 05-2012 Página 39 de 80
Construction Offset Clipping Report for 25.0 (deg C)
Section 10 from structure #3 to structure #4, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=9796.120 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
3 310.58 13.03 0.00 9796 0.0 3.73 3.73 0.00
Construction Offset Clipping Report for 30.0 (deg C)
Section 10 from structure #3 to structure #4, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=9509.915 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
3 310.58 13.03 0.00 9510 0.0 3.85 3.85 0.00
TABLAS DE TENDIDO UPME 05-2012 Página 40 de 80
Construction Offset Clipping Report for 35.0 (deg C)
Section 10 from structure #3 to structure #4, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=9234.382 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
3 310.58 13.03 0.00 9234 0.0 3.96 3.96 0.00
Construction Offset Clipping Report for 40.0 (deg C)
Section 10 from structure #3 to structure #4, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=8969.554 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
3 310.58 13.03 0.00 8970 0.0 4.08 4.08 0.00
TABLAS DE TENDIDO UPME 05-2012 Página 41 de 80
Construction Offset Clipping Report for 15.0 (deg C)
Section 11 from structure #4 to structure #7, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=10389.582 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
4 326.26 5.86 0.00 10376 0.0 3.89 3.88 0.00
5 334.69 5.12 5.44 10393 0.1 4.08 4.08 -0.00
6 269.63 0.77 4.77 10407 0.1 2.65 2.65 -0.00
Construction Offset Clipping Report for 20.0 (deg C)
Section 11 from structure #4 to structure #7, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=10092.823 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
4 326.26 5.86 0.00 10080 0.0 4.00 4.00 0.01
5 334.69 5.12 5.43 10096 0.1 4.20 4.20 -0.00
6 269.63 0.77 4.80 10111 0.1 2.72 2.73 -0.00
TABLAS DE TENDIDO UPME 05-2012 Página 42 de 80
Construction Offset Clipping Report for 25.0 (deg C)
Section 11 from structure #4 to structure #7, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=9795.982 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
4 326.26 5.86 0.00 9783 0.0 4.12 4.12 0.01
5 334.69 5.12 5.42 9799 0.1 4.33 4.33 -0.00
6 269.63 0.77 4.83 9814 0.1 2.81 2.81 -0.01
Construction Offset Clipping Report for 30.0 (deg C)
Section 11 from structure #4 to structure #7, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=9509.773 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
4 326.26 5.86 0.00 9496 0.0 4.25 4.24 0.01
5 334.69 5.12 5.41 9513 0.1 4.46 4.46 -0.00
6 269.63 0.77 4.87 9528 0.1 2.89 2.90 -0.01
TABLAS DE TENDIDO UPME 05-2012 Página 43 de 80
Construction Offset Clipping Report for 35.0 (deg C)
Section 11 from structure #4 to structure #7, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=9239.572 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
4 326.26 5.86 0.00 9226 0.0 4.37 4.36 0.01
5 334.69 5.12 5.40 9243 0.1 4.59 4.59 -0.00
6 269.63 0.77 4.90 9257 0.1 2.97 2.98 -0.01
Construction Offset Clipping Report for 40.0 (deg C)
Section 11 from structure #4 to structure #7, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=8974.738 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
4 326.26 5.86 0.00 8961 0.0 4.50 4.49 0.01
5 334.69 5.12 5.39 8978 0.1 4.73 4.73 -0.00
6 269.63 0.77 4.94 8993 0.1 3.06 3.07 -0.01
TABLAS DE TENDIDO UPME 05-2012 Página 44 de 80
Construction Offset Clipping Report for 15.0 (deg C)
Section 12 from structure #7 to structure #8, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=10818.269 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
7 239.86 -9.98 0.00 10818 0.0 2.02 2.02 0.00
Construction Offset Clipping Report for 20.0 (deg C)
Section 12 from structure #7 to structure #8, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=10457.788 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
7 239.86 -9.98 0.00 10458 0.0 2.09 2.09 0.00
TABLAS DE TENDIDO UPME 05-2012 Página 45 de 80
Construction Offset Clipping Report for 25.0 (deg C)
Section 12 from structure #7 to structure #8, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=10107.784 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
7 239.86 -9.98 0.00 10108 0.0 2.16 2.16 0.00
Construction Offset Clipping Report for 30.0 (deg C)
Section 12 from structure #7 to structure #8, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=9768.338 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
7 239.86 -9.98 0.00 9768 0.0 2.23 2.23 0.00
TABLAS DE TENDIDO UPME 05-2012 Página 46 de 80
Construction Offset Clipping Report for 35.0 (deg C)
Section 12 from structure #7 to structure #8, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=9439.520 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
7 239.86 -9.98 0.00 9440 0.0 2.31 2.31 0.00
Construction Offset Clipping Report for 40.0 (deg C)
Section 12 from structure #7 to structure #8, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=9110.720 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
7 239.86 -9.98 0.00 9111 0.0 2.39 2.39 0.00
TABLAS DE TENDIDO UPME 05-2012 Página 47 de 80
Construction Offset Clipping Report for 15.0 (deg C)
Section 13 from structure #8 to structure #10, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=9629.952 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
8 473.19 7.94 0.00 9629 0.0 8.81 8.81 0.00
9 470.48 -7.33 0.47 9631 0.0 8.71 8.71 -0.00
Construction Offset Clipping Report for 20.0 (deg C)
Section 13 from structure #8 to structure #10, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=9439.645 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
8 473.19 7.94 0.00 9439 0.0 8.99 8.99 0.00
9 470.48 -7.33 0.47 9440 0.0 8.89 8.89 -0.00
TABLAS DE TENDIDO UPME 05-2012 Página 48 de 80
Construction Offset Clipping Report for 25.0 (deg C)
Section 13 from structure #8 to structure #10, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=9254.676 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
8 473.19 7.94 0.00 9254 0.0 9.17 9.17 0.00
9 470.48 -7.33 0.47 9255 0.0 9.06 9.06 -0.00
Construction Offset Clipping Report for 30.0 (deg C)
Section 13 from structure #8 to structure #10, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=9080.395 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
8 473.19 7.94 0.00 9080 0.0 9.35 9.34 0.00
9 470.48 -7.33 0.47 9081 0.0 9.24 9.24 -0.00
TABLAS DE TENDIDO UPME 05-2012 Página 49 de 80
Construction Offset Clipping Report for 35.0 (deg C)
Section 13 from structure #8 to structure #10, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=8906.130 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
8 473.19 7.94 0.00 8905 0.0 9.53 9.53 0.00
9 470.48 -7.33 0.47 8907 0.0 9.42 9.42 -0.00
Construction Offset Clipping Report for 40.0 (deg C)
Section 13 from structure #8 to structure #10, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=8742.566 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
8 473.19 7.94 0.00 8742 0.0 9.71 9.71 0.00
9 470.48 -7.33 0.47 8743 0.0 9.59 9.60 -0.00
TABLAS DE TENDIDO UPME 05-2012 Página 50 de 80
Construction Offset Clipping Report for 15.0 (deg C)
Section 14 from structure #10 to structure #18, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=9716.684 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
10 444.74 -4.23 0.00 9723 0.0 7.71 7.71 -0.01
11 443.10 -4.96 -4.59 9709 -0.1 7.66 7.66 0.01
12 451.32 7.54 0.75 9712 0.0 7.95 7.94 0.00
13 548.80 4.40 2.51 9719 0.1 11.74 11.75 -0.00
14 422.94 -6.99 3.14 9729 0.0 6.97 6.98 -0.01
15 428.62 -3.80 -5.27 9713 -0.1 7.17 7.16 0.00
16 313.23 5.98 3.97 9725 -0.1 3.82 3.83 -0.00
17 436.98 -10.22 -6.04 9707 -0.1 7.45 7.45 0.01
TABLAS DE TENDIDO UPME 05-2012 Página 51 de 80
Construction Offset Clipping Report for 20.0 (deg C)
Section 14 from structure #10 to structure #18, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=9515.727 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
10 444.74 -4.23 0.00 9522 0.0 7.87 7.88 -0.01
11 443.10 -4.96 -4.59 9509 -0.1 7.82 7.82 0.01
12 451.32 7.54 0.75 9511 0.0 8.12 8.11 0.00
13 548.80 4.40 2.42 9518 0.1 11.99 11.99 -0.00
14 422.94 -6.99 3.25 9528 0.0 7.11 7.12 -0.01
15 428.62 -3.80 -5.28 9512 -0.1 7.32 7.31 0.00
16 313.23 5.98 4.05 9524 -0.1 3.90 3.91 -0.00
17 436.98 -10.22 -6.11 9506 -0.1 7.61 7.60 0.01
TABLAS DE TENDIDO UPME 05-2012 Página 52 de 80
Construction Offset Clipping Report for 25.0 (deg C)
Section 14 from structure #10 to structure #18, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=9314.764 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
10 444.74 -4.23 0.00 9322 0.0 8.04 8.05 -0.01
11 443.10 -4.96 -4.59 9308 -0.1 7.99 7.99 0.01
12 451.32 7.54 0.75 9310 0.0 8.29 8.29 0.00
13 548.80 4.40 2.33 9317 0.1 12.25 12.25 -0.00
14 422.94 -6.99 3.36 9327 0.0 7.27 7.28 -0.01
15 428.62 -3.80 -5.29 9311 -0.1 7.48 7.47 0.00
16 313.23 5.98 4.13 9324 -0.1 3.99 3.99 -0.00
17 436.98 -10.22 -6.18 9305 -0.1 7.78 7.77 0.01
TABLAS DE TENDIDO UPME 05-2012 Página 53 de 80
Construction Offset Clipping Report for 30.0 (deg C)
Section 14 from structure #10 to structure #18, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=9124.487 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
10 444.74 -4.23 0.00 9131 0.0 8.21 8.21 -0.01
11 443.10 -4.96 -4.59 9117 -0.1 8.16 8.15 0.01
12 451.32 7.54 0.75 9120 0.0 8.46 8.46 0.00
13 548.80 4.40 2.24 9126 0.1 12.51 12.51 -0.00
14 422.94 -6.99 3.47 9137 0.0 7.42 7.43 -0.01
15 428.62 -3.80 -5.30 9121 -0.1 7.63 7.63 0.00
16 313.23 5.98 4.21 9134 -0.1 4.07 4.07 -0.00
17 436.98 -10.22 -6.25 9115 -0.1 7.94 7.93 0.01
TABLAS DE TENDIDO UPME 05-2012 Página 54 de 80
Construction Offset Clipping Report for 35.0 (deg C)
Section 14 from structure #10 to structure #18, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=8944.905 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
10 444.74 -4.23 0.00 8952 0.0 8.37 8.38 -0.01
11 443.10 -4.96 -4.59 8938 -0.1 8.32 8.32 0.01
12 451.32 7.54 0.75 8940 0.0 8.63 8.63 0.00
13 548.80 4.40 2.15 8947 0.1 12.76 12.76 -0.00
14 422.94 -6.99 3.58 8958 0.0 7.57 7.58 -0.01
15 428.62 -3.80 -5.31 8941 -0.1 7.79 7.78 0.00
16 313.23 5.98 4.29 8954 -0.1 4.15 4.16 -0.00
17 436.98 -10.22 -6.33 8935 -0.1 8.10 8.09 0.01
TABLAS DE TENDIDO UPME 05-2012 Página 55 de 80
Construction Offset Clipping Report for 40.0 (deg C)
Section 14 from structure #10 to structure #18, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=8765.348 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
10 444.74 -4.23 0.00 8772 0.0 8.54 8.55 -0.01
11 443.10 -4.96 -4.58 8758 -0.1 8.49 8.49 0.01
12 451.32 7.54 0.75 8761 0.0 8.81 8.81 0.00
13 548.80 4.40 2.06 8767 0.1 13.02 13.02 -0.00
14 422.94 -6.99 3.69 8778 0.1 7.72 7.73 -0.01
15 428.62 -3.80 -5.32 8762 -0.1 7.94 7.94 0.00
16 313.23 5.98 4.38 8775 -0.1 4.24 4.24 -0.00
17 436.98 -10.22 -6.40 8756 -0.1 8.27 8.26 0.01
TABLAS DE TENDIDO UPME 05-2012 Página 56 de 80
Construction Offset Clipping Report for 15.0 (deg C)
Section 15 from structure #18 to structure #21, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=10217.869 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
18 323.04 0.45 0.00 10200 0.0 3.88 3.87 0.01
19 349.85 9.68 3.10 10210 0.1 4.54 4.54 0.00
20 351.63 11.59 10.05 10240 0.2 4.58 4.59 -0.01
Construction Offset Clipping Report for 20.0 (deg C)
Section 15 from structure #18 to structure #21, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=9942.372 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
18 323.04 0.45 0.00 9925 0.0 3.98 3.98 0.01
19 349.85 9.68 3.12 9934 0.1 4.67 4.67 0.00
20 351.63 11.59 10.06 9965 0.2 4.70 4.71 -0.01
TABLAS DE TENDIDO UPME 05-2012 Página 57 de 80
Construction Offset Clipping Report for 25.0 (deg C)
Section 15 from structure #18 to structure #21, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=9672.158 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
18 323.04 0.45 0.00 9654 0.0 4.09 4.09 0.01
19 349.85 9.68 3.14 9664 0.1 4.80 4.80 0.00
20 351.63 11.59 10.07 9694 0.2 4.83 4.85 -0.01
Construction Offset Clipping Report for 30.0 (deg C)
Section 15 from structure #18 to structure #21, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=9412.596 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
18 323.04 0.45 0.00 9395 0.0 4.21 4.20 0.01
19 349.85 9.68 3.15 9404 0.1 4.93 4.93 0.00
20 351.63 11.59 10.08 9435 0.2 4.97 4.98 -0.01
TABLAS DE TENDIDO UPME 05-2012 Página 58 de 80
Construction Offset Clipping Report for 35.0 (deg C)
Section 15 from structure #18 to structure #21, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=9158.379 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
18 323.04 0.45 0.00 9140 0.0 4.32 4.32 0.01
19 349.85 9.68 3.16 9150 0.1 5.07 5.06 0.00
20 351.63 11.59 10.10 9181 0.2 5.10 5.12 -0.01
Construction Offset Clipping Report for 40.0 (deg C)
Section 15 from structure #18 to structure #21, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=8914.869 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
18 323.04 0.45 0.00 8897 0.0 4.44 4.43 0.01
19 349.85 9.68 3.17 8907 0.1 5.21 5.20 0.00
20 351.63 11.59 10.11 8937 0.2 5.24 5.26 -0.01
TABLAS DE TENDIDO UPME 05-2012 Página 59 de 80
Construction Offset Clipping Report for 15.0 (deg C)
Section 16 from structure #21 to structure #25, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=9619.547 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
21 480.93 8.49 0.00 9618 0.0 9.11 9.11 0.00
22 556.75 -3.93 -0.41 9617 0.0 12.22 12.21 0.00
23 415.83 6.59 6.41 9636 0.1 6.80 6.81 -0.01
24 294.00 -20.98 -11.47 9601 -0.1 3.42 3.41 0.01
TABLAS DE TENDIDO UPME 05-2012 Página 60 de 80
Construction Offset Clipping Report for 20.0 (deg C)
Section 16 from structure #21 to structure #25, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=9429.245 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
21 480.93 8.49 0.00 9428 0.0 9.30 9.30 0.00
22 556.75 -3.93 -0.48 9426 0.0 12.46 12.46 0.00
23 415.83 6.59 6.52 9446 0.1 6.94 6.95 -0.01
24 294.00 -20.98 -11.25 9412 -0.1 3.49 3.48 0.01
TABLAS DE TENDIDO UPME 05-2012 Página 61 de 80
Construction Offset Clipping Report for 25.0 (deg C)
Section 16 from structure #21 to structure #25, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=9244.282 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
21 480.93 8.49 0.00 9243 0.0 9.48 9.48 0.00
22 556.75 -3.93 -0.55 9241 0.0 12.71 12.71 0.00
23 415.83 6.59 6.64 9261 0.1 7.07 7.09 -0.01
24 294.00 -20.98 -11.03 9228 -0.1 3.56 3.55 0.01
TABLAS DE TENDIDO UPME 05-2012 Página 62 de 80
Construction Offset Clipping Report for 30.0 (deg C)
Section 16 from structure #21 to structure #25, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=9064.668 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
21 480.93 8.49 0.00 9063 0.0 9.67 9.67 0.00
22 556.75 -3.93 -0.62 9061 0.0 12.97 12.96 0.01
23 415.83 6.59 6.76 9082 0.1 7.21 7.23 -0.01
24 294.00 -20.98 -10.82 9049 -0.1 3.63 3.62 0.01
TABLAS DE TENDIDO UPME 05-2012 Página 63 de 80
Construction Offset Clipping Report for 35.0 (deg C)
Section 16 from structure #21 to structure #25, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=8890.410 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
21 480.93 8.49 0.00 8889 0.0 9.86 9.86 0.00
22 556.75 -3.93 -0.70 8887 0.0 13.22 13.21 0.01
23 415.83 6.59 6.88 8907 0.1 7.36 7.37 -0.01
24 294.00 -20.98 -10.61 8875 -0.1 3.70 3.69 0.01
TABLAS DE TENDIDO UPME 05-2012 Página 64 de 80
Construction Offset Clipping Report for 40.0 (deg C)
Section 16 from structure #21 to structure #25, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=8721.516 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
21 480.93 8.49 0.00 8720 0.0 10.05 10.05 0.00
22 556.75 -3.93 -0.77 8718 0.0 13.48 13.47 0.01
23 415.83 6.59 7.00 8739 0.1 7.50 7.51 -0.01
24 294.00 -20.98 -10.40 8707 -0.1 3.77 3.76 0.01
TABLAS DE TENDIDO UPME 05-2012 Página 65 de 80
Construction Offset Clipping Report for 15.0 (deg C)
Section 17 from structure #25 to structure #29, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=9959.563 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
25 339.22 11.58 0.00 9954 0.0 4.38 4.38 0.00
26 376.53 -0.87 6.25 9972 0.0 5.39 5.39 -0.01
27 462.40 -4.50 -5.57 9956 -0.1 8.14 8.13 0.00
28 364.21 -0.16 0.91 9958 -0.0 5.05 5.05 0.00
TABLAS DE TENDIDO UPME 05-2012 Página 66 de 80
Construction Offset Clipping Report for 20.0 (deg C)
Section 17 from structure #25 to structure #29, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=9721.318 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
25 339.22 11.58 0.00 9716 0.0 4.49 4.49 0.00
26 376.53 -0.87 6.17 9734 0.0 5.52 5.52 -0.01
27 462.40 -4.50 -5.64 9717 -0.1 8.34 8.33 0.00
28 364.21 -0.16 0.99 9720 -0.0 5.17 5.17 0.00
TABLAS DE TENDIDO UPME 05-2012 Página 67 de 80
Construction Offset Clipping Report for 25.0 (deg C)
Section 17 from structure #25 to structure #29, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=9488.388 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
25 339.22 11.58 0.00 9483 0.0 4.60 4.60 0.00
26 376.53 -0.87 6.10 9501 0.0 5.65 5.66 -0.01
27 462.40 -4.50 -5.70 9484 -0.1 8.54 8.54 0.00
28 364.21 -0.16 1.06 9487 -0.0 5.30 5.30 0.00
TABLAS DE TENDIDO UPME 05-2012 Página 68 de 80
Construction Offset Clipping Report for 30.0 (deg C)
Section 17 from structure #25 to structure #29, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=9266.132 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
25 339.22 11.58 0.00 9261 0.0 4.71 4.71 0.00
26 376.53 -0.87 6.04 9279 0.0 5.79 5.80 -0.01
27 462.40 -4.50 -5.77 9262 -0.1 8.75 8.74 0.00
28 364.21 -0.16 1.13 9265 -0.0 5.42 5.42 0.00
TABLAS DE TENDIDO UPME 05-2012 Página 69 de 80
Construction Offset Clipping Report for 35.0 (deg C)
Section 17 from structure #25 to structure #29, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=9049.229 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
25 339.22 11.58 0.00 9044 0.0 4.82 4.82 0.00
26 376.53 -0.87 5.97 9062 0.0 5.93 5.94 -0.01
27 462.40 -4.50 -5.84 9045 -0.1 8.96 8.95 0.00
28 364.21 -0.16 1.21 9048 -0.0 5.55 5.55 0.00
TABLAS DE TENDIDO UPME 05-2012 Página 70 de 80
Construction Offset Clipping Report for 40.0 (deg C)
Section 17 from structure #25 to structure #29, 7no_9_alumoweld (15%), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=8837.693 (N)
Wire properties: w=3.030 (N/m), ae=7428232 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
25 339.22 11.58 0.00 8833 0.0 4.94 4.94 0.00
26 376.53 -0.87 5.90 8851 0.0 6.07 6.08 -0.01
27 462.40 -4.50 -5.91 8833 -0.1 9.17 9.17 0.00
28 364.21 -0.16 1.29 8837 -0.0 5.69 5.69 0.00
TABLAS DE TENDIDO UPME 05-2012 Página 71 de 80
Construction Offset Clipping Report for 15.0 (deg C)
Section 18 from structure #1 to structure #2, 7no_9_alumoweld (450), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=6393.590 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
1 86.77 3.86 0.00 6394 0.0 0.45 0.45 0.00
Construction Offset Clipping Report for 20.0 (deg C)
Section 18 from structure #1 to structure #2, 7no_9_alumoweld (450), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=6015.454 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
1 86.77 3.86 0.00 6015 0.0 0.47 0.47 0.00
TABLAS DE TENDIDO UPME 05-2012 Página 72 de 80
Construction Offset Clipping Report for 25.0 (deg C)
Section 18 from structure #1 to structure #2, 7no_9_alumoweld (450), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=5648.799 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
1 86.77 3.86 0.00 5649 0.0 0.51 0.51 0.00
Construction Offset Clipping Report for 30.0 (deg C)
Section 18 from structure #1 to structure #2, 7no_9_alumoweld (450), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=5293.646 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
1 86.77 3.86 0.00 5294 0.0 0.54 0.54 0.00
TABLAS DE TENDIDO UPME 05-2012 Página 73 de 80
Construction Offset Clipping Report for 35.0 (deg C)
Section 18 from structure #1 to structure #2, 7no_9_alumoweld (450), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=4950.003 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
1 86.77 3.86 0.00 4950 0.0 0.58 0.58 0.00
Construction Offset Clipping Report for 40.0 (deg C)
Section 18 from structure #1 to structure #2, 7no_9_alumoweld (450), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=4628.287 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
1 86.77 3.86 0.00 4628 0.0 0.62 0.62 0.00
TABLAS DE TENDIDO UPME 05-2012 Página 74 de 80
Construction Offset Clipping Report for 15.0 (deg C)
Section 19 from structure #1 to structure #2, 7no_9_alumoweld (450), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=6351.258 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
1 90.34 3.86 0.00 6351 0.0 0.49 0.49 0.00
Construction Offset Clipping Report for 20.0 (deg C)
Section 19 from structure #1 to structure #2, 7no_9_alumoweld (450), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=5973.221 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
1 90.34 3.86 0.00 5973 0.0 0.52 0.52 0.00
TABLAS DE TENDIDO UPME 05-2012 Página 75 de 80
Construction Offset Clipping Report for 25.0 (deg C)
Section 19 from structure #1 to structure #2, 7no_9_alumoweld (450), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=5617.188 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
1 90.34 3.86 0.00 5617 0.0 0.55 0.55 0.00
Construction Offset Clipping Report for 30.0 (deg C)
Section 19 from structure #1 to structure #2, 7no_9_alumoweld (450), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=5262.120 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
1 90.34 3.86 0.00 5262 0.0 0.59 0.59 0.00
TABLAS DE TENDIDO UPME 05-2012 Página 76 de 80
Construction Offset Clipping Report for 35.0 (deg C)
Section 19 from structure #1 to structure #2, 7no_9_alumoweld (450), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=4929.021 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
1 90.34 3.86 0.00 4929 0.0 0.63 0.63 0.00
Construction Offset Clipping Report for 40.0 (deg C)
Section 19 from structure #1 to structure #2, 7no_9_alumoweld (450), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=4617.785 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
1 90.34 3.86 0.00 4618 0.0 0.67 0.67 0.00
TABLAS DE TENDIDO UPME 05-2012 Página 77 de 80
Construction Offset Clipping Report for 15.0 (deg C)
Section 20 from structure #48 to structure #49, 7no_9_alumoweld (450), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=6213.807 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
48 98.72 -11.85 0.00 6214 0.0 0.60 0.60 0.00
Construction Offset Clipping Report for 20.0 (deg C)
Section 20 from structure #48 to structure #49, 7no_9_alumoweld (450), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=5857.167 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
48 98.72 -11.85 0.00 5857 0.0 0.63 0.63 0.00
TABLAS DE TENDIDO UPME 05-2012 Página 78 de 80
Construction Offset Clipping Report for 25.0 (deg C)
Section 20 from structure #48 to structure #49, 7no_9_alumoweld (450), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=5511.934 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
48 98.72 -11.85 0.00 5512 0.0 0.67 0.67 0.00
Construction Offset Clipping Report for 30.0 (deg C)
Section 20 from structure #48 to structure #49, 7no_9_alumoweld (450), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=5178.113 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
48 98.72 -11.85 0.00 5178 0.0 0.72 0.72 0.00
TABLAS DE TENDIDO UPME 05-2012 Página 79 de 80
Construction Offset Clipping Report for 35.0 (deg C)
Section 20 from structure #48 to structure #49, 7no_9_alumoweld (450), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=4866.145 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
48 98.72 -11.85 0.00 4866 0.0 0.76 0.76 0.00
Construction Offset Clipping Report for 40.0 (deg C)
Section 20 from structure #48 to structure #49, 7no_9_alumoweld (450), wire condition Initial
Calculations based on Long Form Method presented in 'Sag-Tension Computations and
Field Measurements of Bonneville Power Administration' by Paul F. Winkelman
Target horiz. tension after clipping ho=4565.504 (N)
Wire properties: w=3.030 (N/m), ae=7428226 (N)
Structure Span Elevation Low Point Hor. Tension Insul Sag in Install. Sag
Number Ahead Change Elev.Diff in Sheaves Offset Sheaves Chart Sag Correction
(m) (m) (m) (N) (cm) (m) (m) (m)
-----------------------------------------------------------------------------------------------------
48 98.72 -11.85 0.00 4566 0.0 0.81 0.81 0.00
TABLAS DE TENDIDO UPME 05-2012 Página 80 de 80
6 REFERENCIAS BIBLIOGRÁFICAS
1) RETIE, Reglamento Técnico de Instalaciones Eléctricas - Resolución del Ministerio de Minas y Energía No. 90 795, Julio de 2014
2) UPME, Anexo I – Descripción Técnica del Proyecto, Documentos de Selección para Convocatoria Pública UPME-05-2012, Octubre 2013
3) NSR-10 Normas Colombianas de Diseño y Construcción Sismo Resistente, Decreto 926 de 2010-Ministrio de Ambiente, Vivienda y desarrollo Territorial
4) Sag-Tension Computation and Field Measurements of Bonneville Power Administration. Paul F. Winkelman, 1960
5) ASCE – Practice 74: “Guidelines Electrical Transmission Line Structural Loading” Tercera Edición, Capítulo 2
6) EEB-U512-CT100564-L123-DIS0001 CRITERIOS DE DISEÑO
7) EEB-U512-CT100564-L123-DIS1000 PARAMETROS METEOROLOGICOS
8) EEB-U512-CT100564-L123-DIS7000 DISEÑO ELECTRICO
9) Normalización de Estructuras Metálicas para Líneas de Transmisión A 230 Kv Doble Circuito
10) IEC 60826. Design Criteria of Overhead Transmission Lines. 2003
11) Overhead Power Lines. Planning Design Construction. Nolasco y otros