Present one cable-route condition without losing its technical source.
Media below demonstrates RENDERCAD rather than Bentley. The Onshape clip names its source; the other examples are general imagery, not raceway software, routing evidence, or an integration.
Bentley Raceway and Cable Management supports raceway layout, cable routing, material estimating, and 3D cable review. Prepare one useful source view, capture it as a flat image, and use that image for a separate presentation study.
Cable-routing reviews often stall on one awkward junction rather than an entire facility. A focused frame can isolate a ladder drop into equipment, a bend around an obstruction, stacked trays crossing a rack bay, or a conduit group approaching grade.
Overhead scenes benefit from visible support spacing and tier separation. Underground scenes need trench limits, duct-bank entries, grade, and a recognizable site landmark. Showing every nearby discipline usually weakens both stories.
Bentley Raceway and Cable Management remains the working environment for cable assignments, manual or automatic routing, segregation, capacity, weight, material estimates, schedules, pull cards, drawings, and linked project information. Flattening one viewport removes that intelligence.
Send the captured pixels to RENDERCAD when a meeting, proposal, or owner update needs stronger visual hierarchy. Generated treatment remains illustrative: changed geometry, color meaning, continuity, or labels must be caught before publication.
Name both endpoints and trace the intended path through each riser, bend, support change, crossing, and transition. Load the approved revision; verify lists, routing settings, references, system visibility, and review symbology inside BRCM.
Use color as navigation, keeping distinctions for voltage class, service, route family, or review status. Choose a shallow oblique for rack congestion, a close endpoint view for equipment drops, or a grade-aware angle for buried runs.
Clear selections, temporary markup, cursors, and dense callouts. Create a flat PNG or JPEG for the planned slide or page, then inspect thin conduit, tray rims, brackets, tags, and tight separations at normal size.
Give RENDERCAD one visual objective, such as separating a run from dark steel. Check continuity from termination to termination; a break, duplicate member, new obstacle, reversed color, or distorted tag means the image is rejected.
Nothing in this shared gallery was captured from a Bentley raceway job. One clip documents its Onshape origin; everything else is general imagery, with no cable data or construction status behind it.
Brush over the tray, conduit, trench, equipment approach, or background area that needs visual attention. The brush affects an image region; it has no connection to raceway objects or records.
Follow each visible run from origin to destination. Reject broken ladder rails, unsupported bends, duplicated members, false junctions, reversed system colors, or connections absent from the original viewport.
| Feature | RENDERCAD | Bentley Raceway and Cable Management source workflow |
|---|---|---|
| Engine | Generative image models | DGN-based project environment with product and project data |
| Output | Presentation images and optional generated video | Raceway and cable models, routed paths, material information, schedules, reports, drawings, and 2D extractions |
| Resolution | HD / 4K | Model and drawing detail depends on the project data, view, extraction, and output settings |
| Image Speed | About 60 seconds | No universal benchmark across project size, routing task, model review, and workstation configuration |
| Optional motion example | Usually 2-5 minutes | Native 3D review is not a timed generated-video service |
| Scene Set Up | One prepared Bentley screenshot and focused presentation instruction | WorkSpace and WorkSet, project database, equipment and cable data, references, routing rules, and one prepared view |
| Input | One PNG or JPEG | Product-supported DGN, project, database, spreadsheet-mapping, reference, and iModel workflows |
| Hardware | Cloud processing | Version-specific; Bentley's BRCM 2024.2 migration guidance is scoped to 64-bit Windows 11 |
| Install | Web app or capture tool | Bentley desktop and project-data environment with the applicable license and configuration |
| Cost | From $9/mo | Varies by Bentley product, subscription or license path, region, and enterprise agreement |
Bentley's job retains object IDs, list imports, segregation settings, capacity and fill results, weight checks, material estimates, pull cards, schedules, drawings, associative extractions, database state, plus revision history.
Anchor the camera on a termination, rack bay, trench limit, or duct-bank entry. Keep neighboring steel, grade, and major services only when they help viewers locate the selected run.
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RENDERCAD™
Inspect the flattened file at final display size. Thin conduit, tray rims, brackets, tier gaps, crossing order, system colors, plus short tags must remain easy to distinguish.
Get StartedBentley Raceway and Cable Management routing, capture, and review boundaries
Yes. Bentley currently markets it and publishes support material for the 2024 generation, including 2024.2-and-above migration. That documentation does not establish 2024.2 as the newest downloadable build.
Configured segregation, capacity, weight, cable-type, and laying-method constraints can guide routing. The project team still checks each proposed path against applicable electrical, constructability, and project requirements.
No. BRCM specializes in raceway layout and cable management. OpenPlant Modeler covers broader plant modeling, while OpenUtilities Substation handles substation physical and electrical design. Documented handoffs do not make these products interchangeable.
Use a shallow oblique to separate rack tiers, supports, and changes in elevation. For trenches or duct banks, show grade, entry and exit points, plus one site landmark that establishes location.
No. It receives a raster capture. Editable geometry, object identifiers, linked references, project databases, iModels, WorkSets, engineering attributes, and revision history do not transfer as structured project data; any identifiers or attributes visible in the capture remain only as pixels.
No. Bentley documents spreadsheet inputs with XML mapping for supported list-import workflows. Those rows and mappings remain project data; a screenshot carries only text and symbols visible in its pixels.
Match every important color to its meaning in the original viewport. Watch for reversed classes, merged tiers, or temporary selection colors that could make viewers follow the wrong path.
Start at one termination and follow continuity to its destination. Compare bends, brackets, crossings, tier changes, labels, and nearby structure. Reject any interruption or member absent from Bentley.