AutoCT

AutoCT is an innovative Revit plugin that simplifies the process of routing electrical circuits along cable tray routes and automatically checks the containment size. This powerful add-in streamlines the design and analysis of cable containment systems, saving time and improving efficiency for Revit users. In this review, we will explore the key features and benefits of AutoCT, as well as its functionality and potential applications.

Key Features

One of the standout features of AutoCT is its ability to automatically route electrical circuits from start to endpoint along cable tray routes. By utilizing filters created within the Revit model, the software identifies the nearest appropriate cable containment for both the start and end of the circuit, and calculates the optimal path between them. This automated process eliminates the need for manual routing, saving valuable time and reducing the likelihood of errors.

Additionally, AutoCT allows users to import cable sizes, types, configurations, and spacing from the model or enter them directly into the software's cable schedule. This flexibility enables users to customize their cable containment designs according to specific project requirements, ensuring accurate and efficient results.

Another noteworthy feature of AutoCT is its 3D visualization capabilities. The software provides a detailed view of fill factors for each containment, allowing users to identify potential problem areas and make adjustments as needed. This visual representation enhances the design process and facilitates better decision-making, leading to more effective cable containment solutions.

Functionality

AutoCT is designed to work seamlessly within the Revit environment, providing a user-friendly interface and intuitive tools for modeling circuits. Users have the option to choose from different wire types, circuit configurations, grouping options, and methods of support, allowing for greater customization and control over the design process.

Furthermore, AutoCT is compatible with unconnected cable tray networks, enabling users to continue their calculations even when networks are not fully connected. The software is equipped with built-in error checking features that detect issues such as unconnected networks, zero diameter circuits, circuits without panels or filters, and more. This helps users identify and resolve potential problems before finalizing their designs.

In addition, AutoCT offers several advanced features such as the Update Circuit Path tool, which automatically re-routes the Revit circuit path to follow cable trays, and the Check Cable Bending Radius tool, which creates a 3D view of all cable tray fittings in the model to ensure there are no tight corners. The Check Weight Loading feature also provides a 3D view of the cable containment weight throughout the model, helping users verify that the weight is within structural design limits.

Conclusion

Overall, AutoCT is a valuable tool for Revit users involved in the design and analysis of cable containment systems. Its automatic routing capabilities, customizable options, error checking features, and advanced visualization tools make it a versatile and efficient plugin for streamlining the design process and improving project outcomes. With upcoming features on the horizon, AutoCT continues to evolve and expand its capabilities to meet the changing needs of users. If you are looking to optimize your cable containment design workflow in Revit, AutoCT is definitely worth exploring.