High-Voltage Cable Selection (IEC 183)
Curriculum
- 7 Sections
- 38 Lessons
- 10 Weeks
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- Introduction1
- A Beginner's Guide to Selecting High-Voltage Cables: Understanding IEC 1837
- 2.1Introduction: Your Guide to a Critical Decision
- 2.21. First, Let’s Speak the Language: Understanding Key Voltages
- 2.32. The Core Task: Investigating Service & Installation Conditions
- 2.43. Choosing the Right Armor: Cable Insulation Levels
- 2.54. Sizing the Core: Selection of the Conductor Size
- 2.65. Don’t Forget the Ends: A Note on Terminations
- 2.76. Conclusion: A Systematic Path to the Right Cable
- A Learner's Guide to High-Voltage Cable Terminology (IEC 183)6
- Briefing Document: IEC 183 Guide to the Selection of High-Voltage Cables6
- Project Specification Guide for High-Voltage Cable Selection per IEC 1837
- 5.11.0 Introduction and Scope of Application
- 5.22.0 Foundational Voltage Parameter Definitions
- 5.33.0 Aligning Cable Voltage Rating with System Requirements
- 5.44.0 Analysis of Project Service and Installation Conditions
- 5.55.0 Determination of Cable Insulation Level
- 5.66.0 Selection of the Conductor Size
- 5.77.0 Specification of Cable Terminations
- Compliance Report and Verification Framework: IEC 183 - Guide to the Selection of High-Voltage Cables7
- 6.11.0 Introduction to IEC 183: Purpose and Applicability
- 6.22.0 Core Voltage Definitions and System Rating Verification
- 6.33.0 Audit Checklist: Operating and Environmental Conditions
- 6.44.0 Audit Checklist: Installation Data and Conditions
- 6.55.0 Cable Insulation Level and System Fault Category Assessment
- 6.66.0 Final Verification: Conductor Sizing and Termination Design
- 6.77.0 Conclusion: Framework Summary
- Study Guide: IEC 183 - Selection of High-Voltage Cables4