The calculator runs these numbers through a matrix (based on IEC 62061 Annex A). The output is a (e.g., Class I, II, III).
The calculator automates the "risk graph" or "risk parameters" method. It helps you convert real-world hazards into a numeric and, crucially, tells you what Performance Level (PLr) or Safety Integrity Level (SIL) your safety system needs to achieve. iec risk assessment calculator
If you work in industrial automation or machine building, you’ve faced this dilemma: You know you need to make a machine safe, but how do you prove you’ve done enough ? The calculator runs these numbers through a matrix
The IEC Risk Assessment Calculator is the bridge between vague safety concerns and actual engineering requirements. It turns "I think this is safe" into "I have calculated the risk to SIL 2." It helps you convert real-world hazards into a
If you haven't yet implemented one into your design process, start today. Find a certified TÜV Functional Safety Engineer, ask for their calculator template, and start validating your machines.
It is not a specific software bought off a shelf, but rather a —usually a spreadsheet, web app, or software module—that follows the logic of IEC 62061 (Safety of machinery – Functional safety).