IEEE P1310.Rev 3/D2, Feb 2011

P1310.Rev 3/D2, Feb 2011 is a technical standard for wound stator bars and coils used in large rotating machines, with attention to materials, insulation, and construction details that affect electrical performance. It is relevant to power and energy applications where stator winding quality can influence reliability, testing consistency, and long-term machine operation. For engineering teams working with generator or motor components, this document helps define a common basis for design review, procurement, and compliance decisions.

About P1310.Rev 3/D2, Feb 2011

This standard addresses the technical requirements surrounding wound stator bars and coils, which are central to the stator winding assembly in large rotating electrical machines. P1310.Rev 3/D2, Feb 2011 is typically used as a reference for specifying construction, insulation-related considerations, and performance expectations in a controlled engineering environment. Its focus supports consistency across design, manufacturing, and inspection activities, especially where dielectric behavior and material selection are important to machine reliability.

Where is P1310.Rev 3/D2, Feb 2011 used?

P1310.Rev 3/D2, Feb 2011 is commonly used in the design and supply of stator windings for large generators and motors, especially in power generation and heavy industrial equipment. It may inform specification work for wound bars, coils, and related insulation systems used in rotating machine stators. Engineers, manufacturers, and inspectors can use it when reviewing winding construction, qualifying components, or aligning technical requirements across projects that depend on stable electrical and mechanical performance.

Importance in practice

In practice, this standard helps reduce variation in how stator bars and coils are designed, built, and evaluated. That matters because winding defects or inconsistent insulation choices can affect machine life, maintenance needs, and failure risk. P1310.Rev 3/D2, Feb 2011 supports clearer technical control during procurement and testing, making it easier to compare products and verify that assemblies meet the expected engineering intent. For organizations managing large rotating machines, that consistency can be critical.

• Wound stator bars and coils
• Large rotating machine applications
• Insulation and dielectric considerations
• Design, inspection, and testing reference
• Power and industrial electrical equipment