To get the exact formulas, application rules, and official step-by-step calculation examples, you must reference the official documentation:

The calculation is typically based on the (also known as Risk Graph) method found in the standards. The software requires the user to input four key risk parameters:

El software es una herramienta especializada diseñada para ayudar a ingenieros y técnicos a calcular el riesgo de impacto de rayos en estructuras, de acuerdo con la norma internacional IEC 62305-2 (Protection against lightning - Part 2: Risk management) . Características Principales:

Below is a summary of the official resources for downloading the software and accessing its instruction manual:

Installing SPDs at the main electrical incoming panel drastically reduces the risk of electronic failure and internal fires caused by transient overvoltages. The calculator allows users to simulate how adding Type 1 or Type 2 SPDs drops the line-induced risk values. 3. Spatial Shielding and Fire Suppression

DEHN is a global leader in surge protection. Their toolbox offers two primary solutions:

Protecting structures from lightning strikes requires precise engineering. The International Electrotechnical Commission (IEC) provides the global standard for this via IEC 62305-2. Manual calculations for this standard are incredibly complex, making specialized software essential for engineers. What is the IEC 62305 Risk Assessment?

Conectividad para evaluaciones de seguridad integradas. Descargar Software IEC Risk Assessment Calculator (SISTEMA)

Basado en IEC 62305 (Edición 2 o superior).

The IEC Risk Assessment Calculator offers numerous benefits to users, including: