About this asset

Side-by-side double-door refrigerator Revit family designed with twin full-height front doors, long vertical pull handles, and a clean base plinth. The model represents a freestanding double-door refrigeration unit featuring a vertical split configuration with two asymmetric doors. Each door panel incorporates an elongated, centrally placed vertical bar handle for ergonomic opening. A recessed toe kick base grounds the lower edge of the cabinet, providing standard clearance beneath the doors. The exterior casework is detailed as a monolithic rectangular volume with clean, crisp perimeter edges, representing standard residential or commercial food service refrigeration dimensions. Its streamlined geometric detailing ensures clear legibility across plan, section, and 3D hidden-line presentation modes without unnecessary polygon density.

The download is a 51 KB file containing a Revit family (.rfa). Load it into a project from the Insert tab with Load Family, then place it like any other component of its category; it schedules and tags with the rest of your model.

Load the.rfa component directly into your Revit project and place it onto floor levels or align it flush against casework layouts. Because it functions as specialty equipment, users can schedule the unit accurately within equipment schedules or kitchen fit-out sheets. Graphic display settings allow smooth generation of standard 2D elevations and documentation views without slowing model performance.

Suitable for domestic kitchens, multi-family apartment fit-outs, staff breakout pantries, and hospitality back-of-house service areas, this component integrates seamlessly into schematic design and design development documentation. Pair it alongside base cabinetry, tall pantry units, cooktops, and kitchen islands to quickly establish spatial clearances. Specifiers searching for double-door fridge Revit families, kitchen appliance specialty equipment, and standard side-by-side refrigeration models will find this a practical placeholder for space planning.