1030-1987 is an English-language standard focused on state performance in power, energy, and industry applications. It is most useful when a project needs a clear technical reference for how state-related behavior, operating conditions, or performance criteria should be described and evaluated. By giving engineers and technical buyers a common basis for review, the standard can help reduce ambiguity in design, testing, and procurement decisions where consistent performance expectations matter.

1030-1987 overview

This standard is centered on performance requirements and technical definitions associated with state behavior in power and industrial environments. In practice, that means it may support documentation, evaluation, or comparison of equipment and systems where operational states must be identified or measured in a consistent way. As a dated standard, 1030-1987 is typically relevant when maintaining legacy specifications, aligning with historical design criteria, or reviewing older compliance records in energy-related work.

Typical use cases

1030-1987 is commonly consulted in settings where engineers, maintenance teams, or procurement staff need a stable reference for state performance in electrical or industrial systems. It may be used when assessing equipment behavior, preparing technical submittals, or checking whether a component aligns with a defined operating profile. Typical contexts can include power system documentation, industrial control reviews, test planning, and the management of legacy assets that still rely on earlier specification frameworks.

Why this standard matters

Having a defined standard for state performance helps improve consistency across design, testing, and acceptance activities. For power and energy applications, that consistency can reduce interpretation errors, support safer operating assumptions, and make it easier to compare equipment from different sources. 1030-1987 is also useful for procurement and recordkeeping because it provides a fixed technical reference point, which can lower risk when working with established or inherited engineering requirements.

• State performance reference
• Power and energy context
• Industrial application focus
• Legacy specification support
• Testing and compliance review