---
name: refrigeration-equipment
description: Produce industrial refrigeration equipment geometry with text-to-cad and corresponding editable Vector Studio assets, using dimensional evidence.
metadata:
  repository: earthtojake/text-to-cad
---
# Industrial refrigeration equipment

Use the installed text-to-cad CAD skill to generate parametric engineering geometry (Python/build123d) and its existing CAD viewer, XBF/STEP/GLB export pipeline. Do not create a second CAD engine.

## Input
Equipment family; actual envelope dimensions and units; arrangement; fan count and diameter; connection positions, pipe sizes, orientation, material; reference model or SVG where available.

## Workflow
1. Read the CAD skill and derive named components: cabinet, frame, coil placeholder, fan guards, manifold, connections and mounts. Preserve physically plausible clearances.
2. If dimensional inputs are missing, explicitly mark them as assumptions. Do not invent a certified manufacturer model or performance rating.
3. Author and build the Python model using installed text-to-cad; review the part tree and STEP/GLB output in the original CAD viewer. Keep parameter definitions separate from geometry.
4. Prefer a CAD-accurate isometric/orthographic SVG via MCP `vector_projection_publish` (STEP/XBF path + view) or the projections HTTP API; regenerate with `vector_projection_regenerate` when provenance includes `source.path`. For a quick illustration only, convert an exported GLB with Vector Studio's browser **Import GLB** action (not an MCP tool). Preserve the source model and provenance; never treat mesh projection as certified geometry.
5. Place the SVG into Vector Studio (UI or `vector_project_*`). Visually compare orientation, scale, connectivity, and major envelopes against the source model and references.
6. Store family, actual dimensions, connection metadata, units, provenance and validation status as structured project metadata.

## Families
Ceiling/wall evaporators; air-cooled and evaporative condensers; compressor skids; recirculators, vessels; CDU units; valves and pipe supports. An illustrative SVG must not be mistaken for certified refrigeration design or code compliance.

## Acceptance
Source CAD opens independently. STEP/GLB export remains valid. SVG opens independently and preserves editable paths. Labels and attachment points correspond to the source geometry. Never claim an approximate vector projection is exact CAD geometry.