[Project Setup & Querying] ➔ [Schematic Capture & Design] ➔ [Enclosure 3D/2D Layout] ➔ [Thermal & Compliance Check] ➔ [Documentation Output] 1. Project Management and Quoting
By automating repetitive engineering tasks and embedding up-to-date international standards, the software minimizes manual errors and accelerates project delivery. This article provides a comprehensive analysis of hagercad, exploring its core capabilities, structural modules, compliance features, and practical workflow optimizations. What is hagercad?
Are you designing for projects?
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.
Hager has invested heavily in user education, offering multiple pathways to learn Hagercad: hagercad
: By minimizing manual calculations and offering real-time feedback, the software reduces errors, leading to more reliable designs.
Users can visually drag and drop components (such as MCCBs, modular devices, and cable trunking) within a 2D or 3D representation of the cabinet to optimize spatial distribution or thermal separation. 4. Thermal Dissipation and Climate Control
HagerCAD finds applications across various sectors within the electrical distribution industry:
The platform is structured into three specialized editions to align directly with distinct engineering requirements and installation scales: [Project Setup & Querying] ➔ [Schematic Capture &
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.
The heart of HagerCAD is its exhaustive, up-to-date library of Hager products. This includes:
: A realistic visual representation helps panel builders foresee installation challenges before touching physical hardware. 3. Thermal Dissipation Calculations
is an industry-leading Computer-Aided Engineering (CAE) and electrical design software suite developed by the Hager Group to streamline the planning, sizing, 3D visualization, and documentation of low-voltage main distribution boards (NSHVs). Tailored specifically for electrical installers, panel builders, and design consultants, it transforms complex project architectures—ranging up to 4000A —into manageable, fully-compliant blueprints. By replacing error-prone manual calculations with real-time semantic searching, automated thermal and enclosure checks, and cross-team cloud collaboration, Hagercad significantly slashes project turnaround times. Core Editions of Hagercad 6 What is hagercad
| 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 |
Why not just use AutoCAD or SolidWorks?
In modern electrical engineering, designing low-voltage distribution boards requires a careful balance of precision, compliance, and speed. Manual drafting and disjointed calculations are no longer sustainable for residential and commercial building workflows.