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IEC 60364-1: Fundamentals of Low-Voltage Installations
Rating: 4.3 out of 5(4 ratings)
109 students

IEC 60364-1: Fundamentals of Low-Voltage Installations

Safety philosophy, system characteristics, and design foundations for electrical installations
Created byArm Reach Robots ARM
Last updated 7/2026
English
English [Auto],

What you'll learn

  • Understand the structure and intent of IEC 60364-1 within the IEC installation standards.
  • Interpret the fundamental safety principles governing low-voltage installations.
  • Identify electrical hazards addressed by the standard (shock, thermal effects, overcurrent).
  • Understand the basic characteristics required before designing an electrical installation.
  • Apply fundamental protection concepts used in electrical systems.
  • Interpret key definitions and terminology used across IEC installation standards.
  • Understand how IEC 60364-1 supports safe system design and regulatory compliance.

Explore related topics

Course content

5 sections • 20 lectures • 3h 6m total length

  • Why Electrical Installation Standards Exist11:31

    Explore why electrical installation standards exist to safeguard people, livestock, and property, and learn how fault protection, fire prevention, and reliability shape safe low voltage installations worldwide.

  • IEC 60364
  • Overview of IEC 60364 Series11:06

    Discover how the IEC 60364 series guides your low-voltage installations through planning, design, protection, and verification across parts 1, 3, 4, 5, and 6 for safe operation.

  • Goal of IEC 60364
  • Scope of IEC 60364-19:11

    Explain the scope of IEC 60364-1 for low-voltage installations in buildings, covering ac up to 1000 volts and dc up to 1500 volts across residential, commercial, industrial, and infrastructure settings.

  • IEC 60364 is divided into
  • Objectives of Electrical Safety9:37

    Explore the objectives of electrical safety per IEC 60364-1, protecting people, livestock, and property with insulation, earthing, equipotential bonding, and protective devices, and embrace defense-in-depth against faults.

  • IEC standards development

Requirements

  • Basic understanding of electrical circuits.
  • Familiarity with voltage, current, and power concepts.
  • Introductory knowledge of electrical installations.
  • Interest in international electrical standards.
  • Access to the IEC 60364 standard (recommended).

Description

The international standard IEC 60364-1 provides the foundational framework for the safe design and operation of low-voltage electrical installations. Rather than prescribing detailed installation methods, this part of the IEC 60364 series establishes the core safety philosophy and design principles that guide all other parts of the standard.

Electrical installations exist in a wide range of environments including residential buildings, commercial facilities, and industrial plants. Regardless of the installation type, the primary objective is always the same: to ensure safety for people, animals, and property while maintaining reliable electrical operation. IEC 60364-1 defines the principles used internationally to achieve this objective.

This course introduces the structure, terminology, and safety concepts that form the foundation of the IEC installation framework. Students will learn how the standard identifies electrical hazards such as electric shock, thermal effects, overcurrent, and fault conditions, and how protective measures are conceptually applied to mitigate these risks.

A key part of the course focuses on understanding the general characteristics of electrical installations that must be defined before any system design begins. These characteristics include the type of supply system, environmental conditions, expected loads, and safety requirements. Understanding these parameters is essential for developing installations that meet both functional and safety expectations.

The course also explains the general protection philosophy underlying the IEC installation standards. Concepts such as basic protection, fault protection, and automatic disconnection of supply are introduced at a conceptual level to help students understand how electrical safety is achieved.

Finally, the course clarifies the terminology and definitions used throughout the IEC 60364 series. A clear understanding of these terms allows engineers and technicians to interpret installation rules correctly and apply them consistently across projects.

By completing this course, learners will gain a strong conceptual foundation that prepares them to study and apply the more detailed design requirements found in later parts of the IEC 60364 standard.

Who this course is for:

  • Electrical engineers and designers.
  • Electrical installation technicians.
  • Engineering students learning electrical standards.
  • Industrial maintenance professionals.
  • Inspectors and compliance engineers.

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