This application guide is intended to assist users in incorporating Pemsa’s insulating cable tray systems into their own projects.
To do so, users must download the required RVT and RFA files from the Pemsa systems library for integration into their Revit model.

BIM stands for Building Information Modelling. This methodology goes beyond simply “drawing” plans—it consists of modelling information.
BIM files are digital 3D models of buildings, structures, systems, and components, created using real construction materials and incorporating key product data.
A BIM model integrates all the information that professionals in the AEC (Architecture, Engineering, and Construction) sector may require to design, execute, and maintain a building and its systems. This information is structured under various Levels of Development (LOD), reflecting a project’s virtual construction and, ultimately, how its assets are managed. This allows for more efficient information management throughout the entire lifecycle of a project.
BIM models can be used in architectural, structural, and MEP (Mechanical, Electrical, and Plumbing) designs. Combining these models provides a comprehensive and highly coordinated project that benefits all stakeholders, from design through construction and into ongoing maintenance.
Since 2019, BIM methodology has been mandatory in Spain for public works and infrastructure projects.
At Pemsa, we understand that BIM is both the present and the future of the AEC industry. That’s why we’ve developed a comprehensive catalogue of products and systems that can be integrated into BIM models, delivering the advantage of true-to-scale real elements along with instant access to all the data professionals may need.
The library required for operating the Metatray® insulating cable tray system is provided in RVT project format. This Revit project file contains all necessary families (RFA files) for the correct configuration and use of the trays.
Revit Version Required: Autodesk Revit 2021 or later.


Cable trays
- Download the library file “Electric Cable Trays – Metatray® – PEMSA.rvt” available in the BIM section.
- Open the project in which you intend to use the trays and navigate to an appropriate view.
- On the Manage tab, click Transfer Project Standards. In the dropdown, select the Metatray® project, and check the following boxes:
- Cable Tray Settings
- Cable Tray Sizes
- Cable Tray Types
- Confirm and click Overwrite if prompted.This process will import the two Metatray® cable tray types, along with all necessary junctions and accessories.
- Available Sizes (Height x Width):
- 60×100 100×200
- 60×150 100×300
- 60×200 100×400
- 60×300 100×500
- 60×400 100×600
- In the Systems / MEP tab (depending on the Revit version), select the Cable Tray tool.
- You can now begin routing the trays in your project.

Supports
- Download the desired support elements for your project and save them to an accessible library. Download the file “Supports – Metatray® – PEMSA.rvt” from our BIM section.
- Open the file.
- In the Insert tab, click Load Family, locate the object, and load it into your project.
- In the Systems / MEP tab, use the Cable Tray Fitting tool, or alternatively, go to the Architecture tab and use the Component tool.
- You can now place the object into your project. These families are face-based, which means you will need a host element, such as a wall, floor, ceiling, or reference plane.


Parametric Information
Pemsa’s Metatray® insulating cable tray elements include a full set of technical data, certifications, and documentation, enabling users to quickly and easily understand the key specifications of each object.
As with any other Revit component, these parameters can be enhanced with project-specific parameters, provided they fall within the specified categories.
To access this information:
- Select a device.
- Click Edit Type in the Properties panel.
Each component includes quick access to technical datasheets and links to relevant product web pages, catalogues, and more, as shown in the example below:
