Electrical Troubleshooting Fundamentals

Electrical Troubleshooting Fundamentals

Electrical Troubleshooting Fundamentals

Electrical Troubleshooting Fundamentals 1

Prerequisites:

This course is designed for participants familiar with AC/DC theory, electrical safety, electrical print reading, electrical connections, electrical control equipment, and the basic use of electrical test instruments

Description:

This course is for electrical troubleshooting in the field and reinforces theory in application. Designed for the beginner troubleshooter, it identifies series and parallel circuit behavior and how voltage, current, and resistance apply to faults. It reviews mastering certain measurement techniques that are essential for accurate troubleshooting in the field.

Objectives:
  • Explain how Ohm’s Law applies to troubleshooting in the field
  • Identify how voltage, current, and resistance behave in series and parallel circuits
  • Recognize the importance of mastering the multimeter

Electrical Troubleshooting Fundamentals 1

Prerequisites:

This course is designed for participants familiar with AC/DC theory, electrical safety, electrical print reading, electrical connections, electrical control equipment, and the basic use of electrical test instruments

Description:

This course is for electrical troubleshooting in the field and reinforces theory in application. Designed for the beginner troubleshooter, it identifies series and parallel circuit behavior and how voltage, current, and resistance apply to faults. It reviews mastering certain measurement techniques that are essential for accurate troubleshooting in the field.

Objectives:
  • Explain how Ohm’s Law applies to troubleshooting in the field
  • Identify how voltage, current, and resistance behave in series and parallel circuits
  • Recognize the importance of mastering the multimeter

Electrical Troubleshooting Fundamentals 2

Prerequisites:

Electrical Troubleshooting Fundamentals 1 should have been completed. In addition, this course is designed for participants familiar with AC/DC theory, electrical safety, electrical print reading, electrical connections, electrical control equipment, and the basic use of electrical test instruments.

Description:
  • Describe the safety practices and protective equipment required when troubleshooting electrical circuits
  • Identify how key electrical components behave when healthy and when failing and how to test them in the field
  • Explain a logical, step-by-step troubleshooting procedure for diagnosing and verifying electrical faults
Objectives:

This course identifies safety procedures, hazards and the precautions necessary when troubleshooting. It covers both preparations, equipment needed and the necessity for verification of de-energizing. Conduction of an initial troubleshooting inspection is identified. Individual component diagnostics are described, such as contacts, coils breakers and others. A full troubleshooting logical process is delineated with the necessary steps outlined.

Electrical Troubleshooting Fundamentals 2

Prerequisites:

Electrical Troubleshooting Fundamentals 1 should have been completed. In addition, this course is designed for participants familiar with AC/DC theory, electrical safety, electrical print reading, electrical connections, electrical control equipment, and the basic use of electrical test instruments.

Description:
  • Describe the safety practices and protective equipment required when troubleshooting electrical circuits
  • Identify how key electrical components behave when healthy and when failing and how to test them in the field
  • Explain a logical, step-by-step troubleshooting procedure for diagnosing and verifying electrical faults
Objectives:

This course identifies safety procedures, hazards and the precautions necessary when troubleshooting. It covers both preparations, equipment needed and the necessity for verification of de-energizing. Conduction of an initial troubleshooting inspection is identified. Individual component diagnostics are described, such as contacts, coils breakers and others. A full troubleshooting logical process is delineated with the necessary steps outlined.

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Frequently Asked Questions

    Electrical Troubleshooting Fundamentals 1

    Prerequisites:

    This course is designed for participants familiar with AC/DC theory, electrical safety, electrical print reading, electrical connections, electrical control equipment, and the basic use of electrical test instruments

    Description:

    This course is for electrical troubleshooting in the field and reinforces theory in application. Designed for the beginner troubleshooter, it identifies series and parallel circuit behavior and how voltage, current, and resistance apply to faults. It reviews mastering certain measurement techniques that are essential for accurate troubleshooting in the field.

    Objectives:
    • Explain how Ohm’s Law applies to troubleshooting in the field
    • Identify how voltage, current, and resistance behave in series and parallel circuits
    • Recognize the importance of mastering the multimeter

    Electrical Troubleshooting Fundamentals 1

    Prerequisites:

    This course is designed for participants familiar with AC/DC theory, electrical safety, electrical print reading, electrical connections, electrical control equipment, and the basic use of electrical test instruments

    Description:

    This course is for electrical troubleshooting in the field and reinforces theory in application. Designed for the beginner troubleshooter, it identifies series and parallel circuit behavior and how voltage, current, and resistance apply to faults. It reviews mastering certain measurement techniques that are essential for accurate troubleshooting in the field.

    Objectives:
    • Explain how Ohm’s Law applies to troubleshooting in the field
    • Identify how voltage, current, and resistance behave in series and parallel circuits
    • Recognize the importance of mastering the multimeter

    Electrical Troubleshooting Fundamentals 2

    Prerequisites:

    Electrical Troubleshooting Fundamentals 1 should have been completed. In addition, this course is designed for participants familiar with AC/DC theory, electrical safety, electrical print reading, electrical connections, electrical control equipment, and the basic use of electrical test instruments.

    Description:
    • Describe the safety practices and protective equipment required when troubleshooting electrical circuits
    • Identify how key electrical components behave when healthy and when failing and how to test them in the field
    • Explain a logical, step-by-step troubleshooting procedure for diagnosing and verifying electrical faults
    Objectives:

    This course identifies safety procedures, hazards and the precautions necessary when troubleshooting. It covers both preparations, equipment needed and the necessity for verification of de-energizing. Conduction of an initial troubleshooting inspection is identified. Individual component diagnostics are described, such as contacts, coils breakers and others. A full troubleshooting logical process is delineated with the necessary steps outlined.

    Electrical Troubleshooting Fundamentals 2

    Prerequisites:

    Electrical Troubleshooting Fundamentals 1 should have been completed. In addition, this course is designed for participants familiar with AC/DC theory, electrical safety, electrical print reading, electrical connections, electrical control equipment, and the basic use of electrical test instruments.

    Description:
    • Describe the safety practices and protective equipment required when troubleshooting electrical circuits
    • Identify how key electrical components behave when healthy and when failing and how to test them in the field
    • Explain a logical, step-by-step troubleshooting procedure for diagnosing and verifying electrical faults
    Objectives:

    This course identifies safety procedures, hazards and the precautions necessary when troubleshooting. It covers both preparations, equipment needed and the necessity for verification of de-energizing. Conduction of an initial troubleshooting inspection is identified. Individual component diagnostics are described, such as contacts, coils breakers and others. A full troubleshooting logical process is delineated with the necessary steps outlined.