IEEE P382/D3, Jan 2019

P382/D3, Jan 2019 is a technical standard focused on related actuators used in nuclear power generating stations and other nuclear facilities. It addresses a defined part of the components, circuits, devices, and systems environment, where actuator selection and performance can affect control, response, and system integration. For engineering, procurement, and compliance work, this document provides a targeted reference for equipment used in safety-conscious nuclear applications.

Overview of P382/D3, Jan 2019

This standard is centered on related actuators associated with nuclear plant and nuclear facility applications. In practice, that means it is relevant to equipment that helps move, position, or operate mechanisms within controlled systems. P382/D3, Jan 2019 is useful when assessing technical requirements for actuator-related design, installation, or specification work, especially where consistency and reliable operation matter. Its nuclear context suggests a focus on disciplined engineering rather than general-purpose actuator guidance.

Typical use cases

P382/D3, Jan 2019 may be used when specifying actuators for control, switching, or mechanical actuation tasks in nuclear power generating stations and similar facilities. It is relevant to system designers, equipment engineers, and purchasers working with components that must fit into broader circuits and device assemblies. Typical uses may include evaluating actuator-related requirements for plant controls, interfacing equipment, and applications where operational integrity and predictable behavior are important.

Why it matters

For nuclear-related applications, even closely related actuator requirements can influence safety, maintainability, and system consistency. Using P382/D3, Jan 2019 can help support clearer design control and more aligned procurement decisions for equipment intended for demanding environments. It also helps reduce ambiguity during testing and specification reviews, which is important when multiple components must work together reliably. In practical terms, the standard can support better traceability and lower risk in engineering workflows.

• Related actuator requirements for nuclear facilities
• Component-level engineering and specification reference
• Control and actuation system integration
• Consistency for procurement and technical review
• Support for testing and design verification