: It follows the IEC 62305-2 scientific methodology to assess risks to human life, property, and essential services.
"The new v3.0 calculator reduced our assessment time by 40%. The automated reporting feature alone is worth the update—it creates the documentation we need for auditors instantly." — Senior Safety Engineer : It follows the IEC 62305-2 scientific methodology
| Mistake | Consequence | How V30 helps | |---------|-------------|----------------| | Using SIL where PLr required | Misapplication of IEC 62061 | V30 cross-checks | | Forgetting CCF in redundant systems | Overestimating safety | Built-in CCF score sheet (max 65 points) | | Assuming Category 3 = PLr d | Not always true (MTTFd matters) | V30 shows relation | | Ignoring software safety requirements | Systematic failure | Tool forces documentation field | This is where specialized software becomes an essential
If after reading this you still search for a direct download, ask yourself: including building dimensions
Calculating these risks manually involves hundreds of variables, including building dimensions, soil resistivity, and local flash density. This is where specialized software becomes an essential tool rather than a luxury. Key Features of Version 3.0 (Updated)
