IEC 63589-1:2026 pdf download,Linear accelerator – Electron linear accelerator for radiation processing – Part 1: General requirements and test methods.
The scope covers electron linacs producing electron beams for radiation processing with energies from 1.0 MeV to 15 MeV. The standard addresses how the device should be defined and classified (including rules for naming and documentation), and it lays out technical requirements that the accelerator must meet to be considered compliant. Beyond design expectations, it specifies test methods intended to confirm performance and quality, including how inspections should be organized and what needs to be checked during qualification.
Operationally, the document includes requirements for marking, packaging, storage, and transportation. These sections are meant to ensure that the accelerator’s identity, critical information, and handling conditions are managed consistently across the supply chain—from factory shipment to installation and commissioning. By covering both “what must be built” and “how to verify it,” the standard helps reduce ambiguity between buyer and supplier and provides a structured approach for acceptance testing.
It also clarifies applicability: the electron linac described here produces electron beams used directly for radiation processing. For systems that generate X-ray bremsstrahlung (for example, in non-destructive testing), the standard points to a different IEC framework rather than treating them in the same document.
In short, IEC 63589-1:2026 is a general, cross-application baseline standard for electron radiation-processing linacs, focusing on requirements, verification, and lifecycle handling practices for devices in the 1–15 MeV range.