The Cables Optimum Design From A-Z
The Cables Optimum Design From A-Z
Published 5/2023
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 2.82 GB | Duration: 5h 48m
What you'll learn
You will be aware of the components (layers) of the cable, and the function of each component (layer).
The available material to be used in each layer and the advantages / disadvantages of each layer.
The constuction, application, design standards, and test standards of Bare conductors.
The constuction, application, design standards, and test standards of Low voltage Insulated wire (building wires).
The constuction, application, design standards, and test standards of Low voltage Insulated wire ( building wires in the american designation).
The constuction, application, design standards, and test standards of Low voltage Insulated wire ( Panel Wires).
The constuction, application, design standards, and test standards of Low voltage Insulated wire ( Low voltage Insulated & sheathed cords).
The constuction, application, design standards, and test standards of Double Insulated solar cables.
The constuction, application, design standards, and test standards of Low-voltage power & control cables.
The constuction, application, design standards, and test standards of Fire resistance wires & cables.
The constuction, application, design standards, and test standards of Medium voltage power cables.
The constuction, application, design standards, and test standards of The constuction, application, design standards, and test standards of high voltage power
Calculating the cable equivalent circuit parameters.
Calculating the losses in the cables
Calculating the current carrying capacity of the cable manually as per IEC 60287.
Calculating the current carrying capacity of the cable using the CYMCAP computer software.
Calculating the current carrying capacity of low voltage cables as per BS 7671.
Calculating the current carrying capacity of medium voltage cables as per IEC 60502-2.
We will learn some tricks to enhance the current carrying capacity of the cable.
Voltage drop calculations.
Short circuit current calculation as per IEC 60949 & ICEA-P-45-482.
The meaning of the induced voltage and how it occurs.
Induced voltage calculation as per IEEE 575.
The meaning of the bonding of the cable.
The different methods of bonding the cable as per IEEE 575.
The selection of the appropriate bonding system fits the cable application.
The preparation of the schematic bonding diagram of the cables.
Sizing the component that to be used in the bonding system.
The steps of the construction of the joint bay of cross bonding system.
The preparation of the joint bay arrangement.
The preparation and the design of the earthing system of the joint bay.
More topics will be added also regarding the cables design as soon as possible.
Requirements
You should be aware of the fundamentals of the electrical/mechanical engineering whether as student or fresh graduate.
Description
1- The cable construction, the function of cable layers, and the material selectivity of each layer that fits your cable application· Conductor· Insulation· Metallic screen· Semi-conductive screens· Water-blocking layers· Fire-resisting layers· Mechanical resisting layers· Filling and binding layers· Sheathing layers2- The construction, application, and design/test standards of the different types of cables Electrical parameters calculations· Bare conductors· Low-voltage Insulated wires· Low-voltage Insulated & sheathed cords· Double Insulated solar cables· Low-voltage power & control cables· Fire resistance cables· Medium voltage power cables· High & extra high voltage power cables3- the cable equivalent circuit, calculation of its parameters, and the losses in the cable· Conductor AC resistance· The cable inductance· The insulation resistance· The cable capacitance· Charging current loss· Conductor resistance loss· Dielectric loss in the insulation· Circulating currents loss in the screen & armor· Eddy currents loss in the screen & armor· Hysteresis losses in magnetic armor4- the current carrying capacity and voltage drop calculations· Manual calculations for the ampacity as per IEC 60287· Using CYMCAP software for ampacity calculations· Tabulated ampacities for Low voltage cables· Tabulated ampacities for medium voltage cables· Some tricks to enhance the current carrying capacity· Voltage drop calculations5- Short circuit current carrying capacity· Metallic layers CSA calculations· Temperature limits of the materials· Adiabatic calculations· Non-adiabatic calculations6- Induced voltage calculations &The cable's special bonding methods as per IEEE 575· Induced voltage calculations for different configurations of cables· The curves/schematic diagrams of the available bonding methods7- The selection of the appropriate bonding system & the sizing of the components· Coaxial bonding cable· Single core bonding cable· Ground continuity cable· Bare conductor· Sheath voltage limiter (SVL)· Link box.· Isolating joint· Straight through joint· Cable sealing ends· Approximate calculations for sheath-induced voltage & inductive circulating current.8- the required details and steps for joint bay preparation of the cross-bonding system and its earthing system
Overview
Section 1: Introduction
Lecture 1 Introduction
Section 2: Lecture no. 1
Lecture 2 Lecture 1-1
Lecture 3 Lecture 1-2
Section 3: Lecture no. 2
Lecture 4 Lecture no. 2-1
Lecture 5 Lecture no. 2-2
Section 4: Lecture no. 3
Lecture 6 Lecture no. 3-1
Lecture 7 Lecture no. 3-2
Section 5: Lecture no. 4
Lecture 8 Lecture no. 4-1
Lecture 9 Lecture no. 4-2
Lecture 10 Lecture no. 4-3
Section 6: Lecture no. 5
Lecture 11 Lecture no. 5-1
Lecture 12 Lecture no. 5-2
Section 7: Lecture no. 6
Lecture 13 Lecture no. 6-1
Lecture 14 Lecture no. 6-2
Section 8: Lecture no. 7
Lecture 15 Lecture no. 7-1
Lecture 16 Lecture no. 7-2
Section 9: Lecture no. 8
Lecture 17 Lecture no. 8-1
Lecture 18 Lecture no. 8-2
1-the students or fresh graduates of the electrical/mechanical engineering who want to enter the design carrier,2-design or construction engineers who already have an experience about cables and want to be an expert in cable design
HOMEPAGE
https://www.udemy.com/course/cables-design-course/ DOWNLOAD
https://rapidgator.net/file/32a99f83bec11bc92e12b21881eb71fe/The_cables_optimum_design_from_AZ.part1.rar.html
https://rapidgator.net/file/9adcd16ee5d95d53474e6d0907c98d12/The_cables_optimum_design_from_AZ.part2.rar.html
https://rapidgator.net/file/92ebaa1ac6244f0796e181ff56ae2f21/The_cables_optimum_design_from_AZ.part3.rar.html
https://uploadgig.com/file/download/c1D310e4982f6F4a/The_cables_optimum_design_from_AZ.part1.rar
https://uploadgig.com/file/download/58fa8f68ca639b09/The_cables_optimum_design_from_AZ.part2.rar
https://uploadgig.com/file/download/e39397981219f7Ba/The_cables_optimum_design_from_AZ.part3.rar
https://rapidgator.net/file/9adcd16ee5d95d53474e6d0907c98d12/The_cables_optimum_design_from_AZ.part2.rar.html
https://rapidgator.net/file/92ebaa1ac6244f0796e181ff56ae2f21/The_cables_optimum_design_from_AZ.part3.rar.html
https://uploadgig.com/file/download/c1D310e4982f6F4a/The_cables_optimum_design_from_AZ.part1.rar
https://uploadgig.com/file/download/58fa8f68ca639b09/The_cables_optimum_design_from_AZ.part2.rar
https://uploadgig.com/file/download/e39397981219f7Ba/The_cables_optimum_design_from_AZ.part3.rar
