Professional assembly of an electrical panel is impossible without high-quality design documentation. Using specialized software allows you to avoid errors at the stage of wire routing and equipment layout. Program for assembling an electrical panel abb is not one tool, but a whole set of solutions, including configurators, CAD systems and BIM modeling.
Panel design engineers and assemblers must have the tools to ensure safety and compliance. Unlike manual drawing, digital methods allow you to instantly recalculate currents and check dimensions. Let's look at the main software products that are necessary to work with the products of the Swiss-Swedish concern.
Official design tools from ABB
The hardware developer provides its own set of utilities, created specifically to work with their product range. ABB System pro E is the most famous solution that allows you to create single-line diagrams and select components. This software automatically checks the compatibility of selected modules and generates an order specification.
Another important tool is ABB ProM (Project Manager). This application is focused on the selection of circuit breakers, differential protection and RCDs based on calculated data. The program takes into account temperature corrections and selectivity conditions, which are critical for reliable network operation.
- 🛠️ System pro E — creation of diagrams, 3D modeling of the panel and generation of reports.
- ⚡ ProM — calculation of protection parameters and selection of circuit breakers.
- 📐 ABB CAD — drawings in DWG format for integration into general building projects.
⚠️ Attention: Official software requires registration on the manufacturer's website. Make sure you are using the latest version of the database as equipment part numbers are updated frequently.
The use of native tools simplifies interaction with plant technical support in controversial situations. If the panel assembly is carried out according to a project created in System pro E, the likelihood of installation errors is reduced to a minimum. However, deep integration into BIM projects often requires additional software.
Third Party CAD Systems and Content Libraries
Many engineers prefer to work in familiar environments such as AutoCAD or NanoCAD. For this, there are official libraries of symbols and 3D models from ABB. Component Libraries allow you to insert ready-made drawings of modular machines, contactors and switches directly into the project.
Using third-party systems provides flexibility that specialized programs may lack. You can combine equipment from different manufacturers on one DIN rail if the project allows it. The main thing is to observe the overall dimensions and thermal clearances.
Download libraries only from the official ABB website or trusted resources to avoid errors in footprint sizes.
When working in CAD, it is important to set up layers and line styles correctly. This will make it easier for installers on site to read the diagram. You should not ignore the possibility of creating dynamic blocks that speed up the process of drawing typical nodes.
Calculation of currents and check of selectivity of protection
A key design step is calculating the settings of protective devices. Selectivity ensures that only the emergency section of the network is disconnected, leaving the rest of the system energized. Software systems build time-current characteristics (TCC) for the entire chain.
The analysis takes into account short circuit and overload currents. An error in the calculations can lead to false positives of the input circuit breaker if the socket group is damaged. Therefore, manual calculation in such cases is not recommended.
| Parameter | Description | Importance |
|---|---|---|
| Cut-off current | Instant response during short circuit | High |
| Time-current | Dependence of time on current | Critical |
| Limit | Maximum short-circuit current | High |
| Selectivity | Coordination of protection levels | Critical |
The software visualizes overload and short circuit areas. This allows the engineer to see "blind spots" where protection may not respond in time. Adjustments to machine denominations are carried out before the equipment is purchased.
3D modeling and panel layout
Modern assembly requires precise placement of equipment within the enclosure. 3D modeling helps determine whether all modules will fit into the selected box, and whether there will be room for laying wires. This is especially true for compact apartment panels.
Virtual assembly can detect size conflicts, such as when a tall circuit breaker rests on a panel door. The accessibility of controls and the possibility of connecting cables from above and below are also checked.
Why is the amount of free space important?
Leaving 30% of the free volume of the shield is necessary for air circulation. Overheating of equipment reduces its service life and can lead to false shutdowns.
Using 3D models also helps plan the routing of busbar combs and harnesses. The installer gets a clear idea of how the wires should be laid out. This reduces assembly time on site.
Formation of specifications and ordering of equipment
After completing the design, you need to create a final shopping list. Shield assembly programs automatically generate specifications, eliminating human error. You will not forget to order the necessary combs or additional poles.
The specification contains article numbers, quantities and descriptions of each item. This simplifies communication with suppliers and eliminates errors when ordering. An incorrect item number may result in a delay in delivery of the item.
Checking the specification is a mandatory step before submitting an order. Make sure all components are compatible with each other. For example, some series of machines require specific accessories for releases or interlocks.
Typical mistakes when designing shields
Even experienced engineers can make mistakes if they do not use proven control methods. Common mistakes often associated with ignoring thermal conditions or incorrect choice of class of circuit breakers.
A common problem is overcrowding of the shield. Dense packing of modules without taking into account heat removal leads to overheating of the contacts and melting of the insulation. The software warns of such risks.
⚠️ Attention: Do not use software simulators as your only guarantee of safety. Physical assembly must be carried out by qualified personnel in compliance with the operating instructions.
Another mistake is ignoring the power reserve. The project must take into account the possibility of network expansion in the future. Reserve spaces in the switchboard and the current reserve of the input circuit breaker are an investment in comfortable operation.
☑️ Checking the shield design
Using specialized software reduces design time by 40% and minimizes the risk of costly errors during assembly.
Frequently asked questions (FAQ)
Do I need a paid license for System pro E?
The basic version of the design program is often available for free after registering on the manufacturer's website. However, advanced features or integration with enterprise systems may require a paid subscription.
Is it possible to import projects from AutoCAD into ABB software?
Yes, most modern systems support data exchange via DWG or DXF formats. This allows you to use ready-made architectural plans of buildings to link panel equipment.
How often are equipment databases updated?
Updates are released regularly, following the release of new series of equipment. It is recommended to check for updates before starting each new major project.
Does the software for assembling shields work on macOS?
Most engineering software from ABB and third-party developers are Windows-based. To work on macOS, you may need to install a virtual machine or use emulators.