Hagercad May 2026

| Feature | Generic CAD (AutoCAD/EPLAN) | HagerCAD | | :--- | :--- | :--- | | | High (thousands per year) | Free for Hager partners | | Library | Manual creation or paid add-ons | Pre-loaded, automatic updates | | Rule Checking | User-defined scripts required | Built-in IEC/Hager rules | | Learning Curve | Steep (weeks of training) | Shallow (days for electricians) | | BOM Accuracy | Dependent on user discipline | Automatic and error-proof | | Output | Generic drawings | Hager-specific drilling templates & labels |

Manual design methods introduce errors, waste time, and increase material waste. HagerCAD transforms a complex, error-prone manual drafting task into a streamlined, automated engineering process. It reduces design time by up to 70%, eliminates BOM mistakes, and ensures full compliance with IEC 61439. hagercad

In the fast-paced world of electrical installation and building automation, precision is not just a goal—it is a requirement. For electricians, system integrators, and panel builders, the gap between a concept on paper and a functional electrical panel is often filled with tedious manual work, coordination errors, and revision headaches. Enter HagerCAD . | Feature | Generic CAD (AutoCAD/EPLAN) | HagerCAD

The software bridges the gap between Hager’s physical product catalog and digital design. Instead of manually checking dimensions, bending radii, or thermal constraints, users can drag and drop verified Hager components into a virtual panel. The software automatically manages clearances, wiring paths, and component compatibility. To understand the value of HagerCAD, consider the traditional method: an engineer selects a list of devices (circuit breakers, RCDs, contactors, busbars) from a PDF catalog. They then use generic CAD software to draw rectangles representing those components, hoping the dimensions are accurate. After the design, they manually generate a bill of materials (BOM) and cross-reference prices. In the fast-paced world of electrical installation and