PC50.13/D2, Oct 2013 is a technical standard for rotor 50 Hz and 60 Hz synchronous generators rated 10 MVA and above, with relevance to power, energy, and industrial applications. It provides a structured reference for generator design and performance expectations where large rotating machines must operate reliably under demanding electrical and mechanical conditions. For engineers, buyers, and technical teams, this standard helps support consistent specification, evaluation, and compliance decisions for high-capacity generator equipment.

About PC50.13/D2, Oct 2013

This standard focuses on the rotor-related requirements and considerations for synchronous generators used in 50 Hz and 60 Hz systems at ratings of 10 MVA and above. In practice, PC50.13/D2, Oct 2013 is the kind of document used to align design assumptions, operating limits, and technical terminology for large generator installations. It is most useful when comparing equipment, reviewing engineering submittals, or checking whether a proposed machine fits a defined application and performance profile.

Where is PC50.13/D2, Oct 2013 used?

PC50.13/D2, Oct 2013 is commonly relevant in utility generation, industrial power plants, and other installations that depend on large synchronous generators connected to 50 Hz or 60 Hz systems. It may also support procurement and engineering workflows for generator sets, rotating electrical equipment, and associated plant integration. Because the scope centers on rotors in high-MVA machines, it is especially useful where mechanical strength, electrical performance, and operational consistency must be considered together.

Importance in practice

Using PC50.13/D2, Oct 2013 can help reduce ambiguity during design review, specification writing, testing, and acceptance of large synchronous generators. Clear technical requirements are important for managing risk in equipment that must deliver stable performance over long service periods. The standard can support more consistent communication between manufacturers, consultants, and operators, while also helping with procurement comparisons and compliance checks for rotor-focused generator requirements.

• Rotor requirements for 50 Hz and 60 Hz machines
• Generators rated 10 MVA and above
• Large rotating equipment for power applications
• Design, testing, and specification reference
• Technical consistency for procurement and review