The shift to electric architectures and the incoming Digital Product Passport mandate require absolute traceability. Stop guessing on ISO 19642 and LV216 limits.
Mathematical models derived from primary standard documents. Avoid critical failures in early design phases.
Calculate maximum allowable continuous current based on ambient temperature and bundle size per ISO 19642.
Calculate →Determine the required cross-sectional area increase when transitioning from copper to aluminum for HV cables.
Compare →Estimate total vehicle harness weight impact based on architecture shifts (zonal vs centralized).
Estimate →Quick reference for temperature class limits and fluid compatibility per the ISO 19642 standard.
View Matrix →Identify minimum shielding coverage and transfer impedance limits for HV cables.
Check Specs →Verify vertical and horizontal burn rate requirements for interior materials.
Verify →The foundational standard replacing ISO 6722. It dictates the requirements for automotive cables, including single-core, multi-core, and high-voltage configurations.
Coming into force via the European Ecodesign for Sustainable Products Regulation (ESPR), the DPP requires manufacturers to provide detailed lifecycle data.