Fuses and Circuit Breakers Operation and Coordination

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Fuses and Circuit Breakers Operation and Coordination

Fuses and Circuit Breakers Operation and Coordination 2017-10-03T10:21:50+00:00

Course Number: SEM-E-2012

Length of Course: 2 hour – Several topics can be combined to provide up to an 8 hour seminar session

Seminar Location: This seminar is available for on-site training


In Fuses and Circuit Breakers Operation and Coordination, you’ll learn …

Topics

  • How fuses are made and how they work
  • How circuit breakers are made and how they work
  • The advantages and disadvantages of fuses and circuit breakers
  • The selective coordination of fuses and circuit breakers

Overview

There are two basic methods of circuit protection: fuses and circuit breakers. This seminar explains how these methods of circuit protection prevent too much current from flowing through an electrical circuit. Starting with a clear demonstration of the basic theory upon which these devices are designed and helpful definitions of terms commonly applied to them, this webinar shows why these protection devices are so important to engineers who, by the very nature of their work, are exposed to various problems and dangers resulting from the use of electrical energy.

Among other things, we will discuss both fuse ratings and circuit breaker ratings. Fuse ratings include current (which is, after all, what causes fuses to open), voltage, amps interrupting capacity, and other items. Circuit breaker ratings include these same factors, but unlike fuses, they are resettable after a trip incident. Since there are places where either fuse protection or circuit breaker protection will be more appropriate, you will learn the advantages and disadvantages to both methods of circuit protection.

Additionally, we will examine the selective coordination of complex circuits for large buildings or industrial facilities. Selective coordination means that, when (not if) a fault develops, only the part of the circuit involved in the fault should be disconnected. As a result, power will remain available for the rest of the facility. Another way of saying this is: A protection device (fuse or circuit breaker) should only operate if it is directly involved with the fault; upstream devices should be sized so that they do not trip or open when the device directly downstream of them opens.

Take away and learning objectives

This course teaches the following specific knowledge and skills:

  • Fuse construction
  • Types of fuses
  • Current, voltage, and AC/DC fuse ratings
  • Blown fuse indicators and measurement methods
  • Amps interrupting capacity (AIC) of fuses
  • How fuses are applied
  • The advantages and disadvantages of fuses
  • Types of circuit breakers and how they work
  • Amps interrupting capacity (AIC) of breakers
  • How circuit breakers are applied
  • The advantages and disadvantages of circuit breakers
  • Circuit breaker and fuse coordination
  • What selective coordination is for fuses and circuit breakers

Speak to a Representative to Schedule a Seminar

For more information contact:
Ken Hudspeth, General Manager
Phone 1-877-PDHengineer (1-877-734-3644)
Email: ken.hudspeth@PDHengineer.com