IEEE 575-1988
Conductor Cables and the Calculation of Induced Voltages and Currents in Cable Sheaths
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About This Item
575-1988 is a technical standard focused on conductor cables and the calculation of induced voltages and currents in cable sheaths. It addresses a practical electrical engineering problem that can affect cable performance, shielding behavior, and system reliability in power applications. For designers and specifiers, 575-1988 helps frame how sheath effects should be assessed so cable systems are planned with better control over operating conditions and electrical stress.
About 575-1988
This standard concentrates on the relationship between conductor cables and the electrical quantities induced in their sheaths. In practice, that means it is concerned with how currents and voltages may appear in cable sheath arrangements under operating conditions, especially where cable geometry and system configuration influence results. 575-1988 is relevant where consistent calculation methods are needed to support engineering judgment, documentation, and technical review of cable installations in power-focused applications.
Where is 575-1988 used?
575-1988 is typically used in power transmission and distribution work where conductor cables are installed with metallic sheaths or similar protective layers. It may also be consulted during cable system design, route planning, and equipment specification for underground or otherwise shielded installations. Engineers, consultants, and procurement teams can use it when evaluating induced effects in cable sheaths, particularly in projects that require clear calculations for operating performance and installation compatibility.
Importance in practice
In practice, 575-1988 supports more dependable cable design by helping reduce uncertainty around induced voltages and currents. That matters for compliance checks, engineering consistency, and risk reduction when specifying cable systems. Using a recognized method for sheath-related calculations can improve comparison between designs, support testing or review activities, and help avoid performance issues that may arise from unexamined electrical induction effects in power cable arrangements.
- Conductor cable sheath calculations
- Induced voltage assessment
- Induced current evaluation
- Power cable system design
- Sheath-related engineering review
- Publication Date: 1987
- Standard Status: Inactive
- Publisher: IEEE
- Subject: Power, Energy and Industry Applications
- Official IEEE: Doi link
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