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🛠️ Mat./Param. Conduits

Mat./Param. Conduits performs automated parameter and material synchronization across connected conduit runs, addressing Revit's limitations in electrical engineering workflows by ensuring consistency of instance parameters and materials throughout conduit systems.
Version 1.2 | Specials

Overview​

While Revit's electrical engineering capabilities lack efficient tools for managing parameters and materials across conduit runs and their accessories, this tool addresses that limitation by providing automated synchronization of instance parameters and materials throughout connected conduit systems. This enables consistent parameter values and material assignments across entire conduit runs, significantly reducing manual coordination time and eliminating inconsistencies that commonly occur when working with conduits, fittings, and electrical accessories in Revit MEP workflows.

Key Features​

Usage includes:

  • Automatic Run Detection: Identifies all connected elements in conduit runs without manual selection.
  • Parameter Synchronization: Copy instance parameters from one element to all connected parts in the run.
  • Bidirectional Material Copying: Transfer materials between conduits and fittings in either direction.
  • Selective Parameter Groups: Works with Identity Data, Phasing, and custom parameter groups.
  • Multi-Family Support: Functions across different conduit and fitting family types.

Requirements​

Before using Mat./Param. Conduits, ensure your environment meets the following prerequisites:

 Autodesk Revit: From version 2020 to newest.
 NonicaTab: NonicaTab Pro.

Video​

Usage​

Understanding Standard vs. Enhanced Conduit Management​

  1. Standard Revit MEP Workflow:
    • Manual Parameter Entry: Enter parameters individually for each conduit segment and fitting
    • Individual Material Assignment: Apply materials separately to each element in conduit runs
    • No Run Coordination: No automatic synchronization across connected conduit systems
    • Time-Intensive Process: Repetitive parameter and material assignments for each element
    • Inconsistency Risk: High probability of parameter and material mismatches across runs
  2. Enhanced Conduit Management (This Tool):
    • Automatic Run Detection: Tool identifies all connected elements in conduit systems
    • Batch Parameter Copying: Copy parameters from one element to entire connected run
    • Bidirectional Material Sync: Transfer materials between conduits and fittings efficiently
    • Consistency Assurance: Ensures uniform parameters and materials across entire runs

Basic Tool Activation and Interface​

  1. Navigate to NonicaTab Pro → Mat./Param. Conduits.
  2. Operation Mode Selection: The interface provides two main operation modes:
    • Parameter Synchronization: Copy instance parameters across connected conduit elements
    • Material Synchronization: Copy materials between conduits and fittings in the same run
  3. Element Selection: Choose source element containing desired parameters or materials for copying.

FAQ​

Manual parameter copying requires selecting each element individually and copying parameters one by one. This tool automatically detects all connected elements in a conduit run and copies multiple parameters simultaneously, saving significant time and ensuring nothing is missed.

The tool works with Identity Data and Phasing parameter groups, plus any custom parameters you've created within these groups. Parameters outside these groups won't be copied. Unique parameters like Mark are automatically excluded to prevent duplication errors.

Yes, the tool supports bidirectional material copying. You can copy materials from fittings to conduits or from conduits to fittings, depending on which element you select as the source. This works across different family types with flexible material parameter selection.

The tool automatically analyzes the physical connections between conduits, fittings, and accessories to identify all elements that belong to the same run. You only need to select one element as the source, and the tool finds all connected components.

Use this tool when setting up conduit runs with consistent parameters, standardizing materials across conduit systems, preparing models for construction documentation, or ensuring compliance with electrical specifications. It's particularly valuable for large conduit systems where manual coordination would be time-intensive.