IEEE P63113 CD4, Apr 2019
Spent Fuel Pool Instrumentation
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About This Item
P63113 CD4, Apr 2019 is a technical standard for spent fuel pool instrumentation, providing guidance that helps support reliable monitoring in nuclear engineering environments. It is relevant where components, circuits, devices, and systems must work together with consistent performance and controlled design. In practice, this standard can help define expectations for instrumentation used to observe pool conditions, support safe operation, and reduce uncertainty in critical power and industry applications.
About P63113 CD4, Apr 2019
P63113 CD4, Apr 2019 addresses the technical context of instrumentation used for spent fuel pools, where dependable indication and control support are essential. As a standards document, it is commonly used to align design, testing, and engineering expectations for related components and circuits. The focus is typically on ensuring that the instrumentation is suitable for its intended safety-related role and that performance can be assessed in a consistent, documented way.
Where is P63113 CD4, Apr 2019 used?
This standard is most relevant in nuclear facilities that manage spent fuel storage, especially where pool instrumentation is part of routine monitoring or plant safety functions. It may be used by engineers, procurement teams, and maintenance personnel working with sensors, alarms, indication systems, and related control equipment. P63113 CD4, Apr 2019 is also useful during specification review, system upgrades, and acceptance testing for instrumentation tied to pool-level or condition monitoring.
Importance in practice
In practice, this standard helps support consistency in how spent fuel pool instrumentation is designed, selected, and verified. That matters because accurate monitoring can influence operational awareness, safety decisions, and maintenance planning. Using P63113 CD4, Apr 2019 can also reduce ambiguity during procurement and testing, helping teams compare equipment against a defined technical basis. For regulated nuclear applications, that kind of clarity supports compliance, traceability, and lower risk of instrumentation-related errors.
- Spent fuel pool instrumentation
- Component and circuit requirements
- Design and verification support
- Monitoring and safety-related use
- Nuclear engineering application context
- Publication Date: 2019
- Standard Status: Inactive
- Publisher: IEEE
- Subject: Components, Circuits, Devices and Systems; Nuclear Engineering; Power, Energy and Industry Applications
- Official IEEE: Doi link
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