IEEE 382-2019

382-2019 is a technical standard covering related actuators for nuclear power generating stations and other nuclear facilities. It addresses the design and application context for actuator hardware used in nuclear engineering systems, where dependable mechanical operation and controlled response are critical. For procurement, engineering review, and compliance work, this standard helps define a clearer basis for comparing equipment, checking suitability, and supporting consistent specification of actuator-related requirements.

What is 382-2019?

This standard focuses on actuators used in nuclear plant and facility environments, with attention to the equipment’s role in controlling or moving components within engineered systems. 382-2019 is relevant where actuators must function reliably under demanding service conditions and fit within broader component, circuit, and system requirements. As a technical document, it is typically used to support design decisions, qualification review, and the selection of actuator arrangements that align with nuclear service expectations.

Where is 382-2019 used?

382-2019 is commonly used in nuclear power generating stations and other nuclear facilities where actuators may be part of valve control, positioning, or other mechanical operating functions. It is relevant to engineering teams, maintenance planning, equipment sourcing, and specification preparation for systems that depend on controlled actuation. The standard may also support review of related circuits and devices where actuator performance affects system behavior, safety-related operation, or plant reliability.

Why is 382-2019 important?

This standard matters because actuator performance in nuclear applications can affect safety, controllability, and operational consistency. 382-2019 helps establish a more consistent basis for design control, procurement, testing, and technical evaluation, reducing ambiguity when comparing products or verifying compliance. In practice, it can support better documentation and lower risk by clarifying expectations for related actuators used in critical nuclear engineering environments. That makes it a useful reference for both suppliers and facility operators.

• Related actuator requirements
• Nuclear facility applications
• Component and system context
• Design and compliance review
• Testing and procurement support