Validation & Standards

Calculation basis, supported standards, benchmark cases, and test coverage evidence.

Run Live Benchmarks in Trust Center

At a Glance

— Supported Standards
— Benchmark Cases
— Test Suites
— Automated Assertions

Supported Standards

Each standard listed below is implemented only to the scope shown in the corresponding study module. Click a standard to view its study page, or expand the row to read scope, assumptions, and known limitations.

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NFPA 70 (NEC) 2023 Scope Matrix

This matrix separates selected NEC-informed checks from full code compliance. It shows what the application currently screens, what remains outside the implemented scope, and where engineer/AHJ review is still required.

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Benchmark Cases

Canonical reference fixtures with known outputs. These define validation evidence and sample inputs; executable known-answer checks are clearly separated in the Trust Center.

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Automated Test Coverage

The following test suites run on every build. Passing evidence is captured in dist/validationManifest.json at build time so that the counts below reflect the actual last-passing state, not hand-maintained claims.

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Methodology & Disclaimer

CableTrayRoute calculations implement published engineering standards and are intended for screening-level and detailed design analysis. All outputs should be reviewed by a licensed Professional Engineer before use in construction documents or safety-critical decisions.

  • Each study page shows a Calculation Basis panel listing the governing standard, key formulas, and known limitations.
  • Benchmark cases on this page reproduce published example problems with tolerance-band assertions verified by automated tests.
  • Where gaps exist between the implemented method and the full standard (e.g., near-to-generator correction factors), these are documented in the relevant study's Calculation Basis panel and the scope matrix above.
  • This tool is a browser-native engineering aid, not a replacement for dedicated power-system analysis platforms such as ETAP, EasyPower, or SKM for projects requiring full dynamic simulation, three-phase unbalanced analysis, or regulatory filing.