IEC 60228 Practical Training on Conductor of Insulated Cable

What you'll learn

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Understand the scope and key requirements of IEC 60228 for conductors of insulated cables.
Identify and differentiate conductor Classes 1, 2, 5, and 6, including their construction and flexibility characteristics.
Interpret conductor resistance requirements at 20 °C for different nominal cross-sectional areas.
Understand and apply the conductor resistance measurement procedure, including temperature and length corrections.
Requirements

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The course is suitable for electrical engineers, cable engineers, testing and laboratory personnel, quality-control professionals, inspectors, technicians, manufacturers, procurement professionals, and students who want to develop practical knowledge of IEC 60228.
Description

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"This course contains the use of artificial intelligence."
Welcome toIEC 60228 - Conductors of Insulated Cables, a practical training course designed to help electrical professionals, cable engineers, testing personnel, inspectors, manufacturers, and students understand the key requirements related to cable conductors.
In this course, you will develop a clear understanding ofconductor classes, conductor construction, nominal cross-sectional areas, electrical resistance, strand diameters, flexibility, and dimensional requirements.
The course coversClass 1, Class 2, Class 5, and Class 6 conductors, helping you understand the differences between solid, stranded, and flexible conductor constructions. You will learn how conductor class and construction influence important characteristics such as flexibility and conductor dimensions.
A major part of the course focuses onconductor resistance at 20 °C. You will learn how resistance requirements are presented for different conductor sizes and how to interpret resistance values forbare and coated strands.
The course also explains theresistance measurement procedure, including the importance of conductor temperature, measurement length, temperature correction factors, and conversion of measured resistance to the reference condition of20 °C and 1 km.
You will also explore the relevant annexes, includingtemperature correction factors and the dimensional guidance forcircular copper, aluminium, and aluminium-alloy conductors. The course explains how these dimensional considerations are relevant to conductor construction and compatibility with connection equipment.
Throughout the course, the emphasis is onpractical understanding rather than simply memorizing tables. You will learn how to interpret technical information and understand the significance of the requirements when reviewing cable specifications, test results, inspection documents, and conductor characteristics.
In this course, you will learn about
IEC 60228 and its conductor requirements
Conductor Classes1, 2, 5, and 6
Solid, stranded, and flexible conductors
Nominal conductor cross-sectional area
Maximum conductor resistance at20 °C
Bare and coated conductor strands
Maximum strand diameter requirements
DC conductor resistance measurement
Temperature correction factors
Resistance reference to20 °C and 1 km
Dimensional limits for circular conductors
Copper, aluminium, and aluminium-alloy conductors
Practical interpretation of relevant tables and annexes
Whether you are new to IEC 60228 or already working incable manufacturing, electrical testing, inspection, quality control, engineering, or procurement, this course provides a structured way to strengthen your technical knowledge and confidence.
Enroll today and build a practical understanding of IEC 60228 and cable conductor specifications.
Who this course is for

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The course is suitable for both beginners and experienced professionals. Learners do not need to be experts in IEC standards before starting. Anyone working with insulated cables, electrical conductors, resistance measurements, cable testing, or compliance evaluation can benefit from this course.
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