IEEE P776/D10, Oct 2018
IEEE Approved Draft Recommended Practice for Inductive Coordination of Electric Supply and Communication Lines
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- Language: English
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About This Item
IEEE P776/D10, Oct 2018 is an approved draft recommended practice focused on inductive coordination between electric supply and communication lines. It addresses how electromagnetic coupling can affect nearby communication circuits, helping engineers assess interference risk and plan protective measures. For projects that involve power, energy, and communication infrastructure, this draft provides a technical basis for reducing unwanted interaction and supporting more consistent design decisions.
What is IEEE P776/D10, Oct 2018?
This technical document concerns the inductive effects that can arise when electric supply lines and communication lines run in proximity. IEEE P776/D10, Oct 2018 is intended to guide coordination practices so that induced voltages and currents are considered during planning, design, and review. In that sense, it helps define a controlled approach to electromagnetic compatibility where power-system layout and communication-line performance must be evaluated together.
Where is IEEE P776/D10, Oct 2018 used?
IEEE P776/D10, Oct 2018 is typically relevant in utility corridors, shared rights-of-way, and installations where overhead or nearby conductors may couple inductively. It may be used by engineers working on transmission and distribution planning, communication network protection, and line-routing studies. The document is also useful when reviewing crossings, parallel runs, or other configurations where electric supply infrastructure could influence communication line operation.
Why is IEEE P776/D10, Oct 2018 important?
This recommended practice matters because inductive coupling can create interference, measurement errors, or service issues if it is not addressed early. Using IEEE P776/D10, Oct 2018 can support more consistent coordination, better design control, and improved risk reduction for mixed power-and-communications environments. It is especially valuable when procurement, testing, or engineering review depends on a clear technical reference for acceptable interaction levels and mitigation planning.
- Inductive coordination guidance
- Electric supply and communication line interaction
- Electromagnetic coupling assessment
- Route planning and proximity studies
- Interference mitigation considerations
- Publication Date: 2018
- Standard Status: Inactive
- Publisher: IEEE
- Subject: Components, Circuits, Devices and Systems; Fields, Waves and Electromagnetics; Power, Energy and Industry Applications; Communication, Networking and Broadcast Technologies
- Official IEEE: Doi link
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