Electrical Installations Design – Part 2

Electrical Installations Design – Part 2, available at $44.99, has an average rating of 3.85, with 27 lectures, 2 quizzes, based on 87 reviews, and has 772 subscribers.

You will learn about Design Electrical Power Systems Networks Testing Cables Short Circuit Current Calculation Voltage Drop Calculation Sizing Cable Sizing Cable Tray Cable Ladder Sizing Electrical Bus Way Systems Sizing Branch and Main Circuits for Electrical Three Phase Motors and Single Phase Motors Electrical Design According to NEMA , NEC , IEC This course is ideal for individuals who are Electrical Power Engineers or Electricians or Under Graduate Electrical Engineering Students or Post Graduate Electrical Engineering Students or Electrical Designer Engineers or Electrical Maintenance Engineers or Power Systems Engineers or Electrical Operators or Electrical Site Engineers or Technicians or Control Engineers or Consultants or Developers or Building Energy Managers or Building Services Engineers or Facility Maintenance Managers or Project Engineers It is particularly useful for Electrical Power Engineers or Electricians or Under Graduate Electrical Engineering Students or Post Graduate Electrical Engineering Students or Electrical Designer Engineers or Electrical Maintenance Engineers or Power Systems Engineers or Electrical Operators or Electrical Site Engineers or Technicians or Control Engineers or Consultants or Developers or Building Energy Managers or Building Services Engineers or Facility Maintenance Managers or Project Engineers.

Enroll now: Electrical Installations Design – Part 2

Summary

Title: Electrical Installations Design – Part 2

Price: $44.99

Average Rating: 3.85

Number of Lectures: 27

Number of Quizzes: 2

Number of Published Lectures: 26

Number of Published Quizzes: 2

Number of Curriculum Items: 29

Number of Published Curriculum Objects: 28

Number of Practice Tests: 2

Number of Published Practice Tests: 2

Original Price: $19.99

Quality Status: approved

Status: Live

What You Will Learn

Design Electrical Power Systems Networks
Testing Cables
Short Circuit Current Calculation
Voltage Drop Calculation
Sizing Cable
Sizing Cable Tray
Cable Ladder
Sizing Electrical Bus Way Systems
Sizing Branch and Main Circuits for Electrical Three Phase Motors and Single Phase Motors
Electrical Design According to NEMA , NEC , IEC

Who Should Attend

Electrical Power Engineers
Electricians
Under Graduate Electrical Engineering Students
Post Graduate Electrical Engineering Students
Electrical Designer Engineers
Electrical Maintenance Engineers
Power Systems Engineers
Electrical Operators
Electrical Site Engineers
Technicians
Control Engineers
Consultants
Developers
Building Energy Managers
Building Services Engineers
Facility Maintenance Managers
Project Engineers

Target Audiences

Electrical Power Engineers
Electricians
Under Graduate Electrical Engineering Students
Post Graduate Electrical Engineering Students
Electrical Designer Engineers
Electrical Maintenance Engineers
Power Systems Engineers
Electrical Operators
Electrical Site Engineers
Technicians
Control Engineers
Consultants
Developers
Building Energy Managers
Building Services Engineers
Facility Maintenance Managers
Project Engineers

You Will Learn in This Course Electrical Installation Design Part 2 :-

– How To Calculate Voltage Drop On Branch and Main Electrical Circuits and on The Whole Electrical Network

– How To Calculate Voltage Drop On Transformer Terminals

– Calculate The Maximum allowable Cable Length

– Short circuit Analysis on Electrical Networks

– Design Excel Program To Calculate Voltage Drop and Short circuit current

– Selecting The Suitable Cross sectional area Cable

– Cable Management System Sizing cable Tray

– Bus Way System Sizing How to Size Bus bar

– How To Calculate Inrush Current The starting current for Electrical motor

– Design Branch Circuits for Small Motors

– Design Main Circuit for Small Motors

– Design Branch Circuits for Large Motors

– how to Read Motor Nameplate

Our Goal

– To Reduce The Gap Between Academic Studies and Practical Life and How To Apply The Academic Studies In Your Work

– Give You a lot of Different Design Examples to Give You flexibility of Mind Without Following Specific Rules

– Deep Understanding Of Electrical Power System Equipment and to Design and Install Them

– Deep Understanding Of Electrical Wiring How to Read Single Line Diagram of Electrical Designs

– Give You Powerful Resources to Study Well

………………………………………………………

After This Course You Will Have Deep Understanding of Electrical Drawing Design and How To Design Electrical Power Systems Networks Electrical Design and Single Line Diagrams For Residential , Commercial and Industrial Projects and Apply This Experience in Your WorkPlace

This course is a summary of a set of scientific research , many references and work experience.

Course Curriculum

Chapter 1: Electrical Power Systems Design and Installations – Part 2

Lecture 1: Electrical Installations Design – Part 2

Lecture 2: Electrical Installations Design – Part 1 is Required

Lecture 3: The 125% Rule – From Where I Obtained it

Lecture 4: Voltage Drop Test on Branch and Main Circuits

Lecture 5: Voltage Drop Calculations according to NEC

Lecture 6: Voltage Drop and Short Circuit – Q & A

Lecture 7: Voltage Drop on Transformer Terminals Calculations

Lecture 8: Cable Maximum Permissible Length

Lecture 9: Short Circuit Current Test on Electrical Networks

Lecture 10: The Suitable Cross Sectional Area Cable Using The K Factor

Lecture 11: Short Circuit Current Worst Case Scenario

Lecture 12: Short Circuit and Voltage Drop Calculations Using Excel

Lecture 13: Cable Management Systems – Cable Tray

Lecture 14: Cable Management Systems – Cable Tray Sizing

Lecture 15: Total Number of Tray Pieces and Total Weight on Tray

Lecture 16: Cable Tray Sizing – NEC 2020

Lecture 17: Bus Way System Sizing

Lecture 18: Motor Nameplate

Lecture 19: Motor Inrush Current Calculations – Motors Branch Circuits Sizing

Lecture 20: Motor Starting Current Calculation – NEC

Lecture 21: Large Motors – Motors Branch Circuits Sizing

Lecture 22: Motor Conductor Sizing – NEC 2020

Lecture 23: Design Branch and Main Circuit for Group of Motors

Lecture 24: Group of Motors Circuit Design – NEC 2

Lecture 25: Motor Circuit Breaker Selection – Q & A

Lecture 26: Quiz

Instructors

Mohamed Ezat
Electrical Power Systems Engineer

Rating Distribution

1 stars: 7 votes
2 stars: 3 votes
3 stars: 11 votes
4 stars: 27 votes
5 stars: 39 votes

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