ACP Revit for Electrical Design key terms

A Revit collaboration method that enables several people to work in one central model at the same time by dividing it into worksets and tracking element ownership.

The master copy of a workshared project file stored on a shared network location. Every team member opens a local copy that stays linked to this file.

A user's personal copy of a central model, saved on that user's own computer. Edits are made here and later published back to the central file.

The command that saves a user's local changes to the central model and pulls in changes made by others, keeping the whole team aligned.

A named collection of elements used to organize a workshared model, often by discipline or building area. Worksets can be opened, closed, or made editable by one user at a time.

A per-user setting that controls whether elements on a given workset display in views. It affects only the current user's session, not what other team members see.

A separate Revit or CAD file inserted into the current project as a reference. Linked architectural and structural models give electrical designers backgrounds and coordination context.

A coordination tool that copies selected elements from a linked model into the host model and then alerts the team when the linked originals change.

A workflow for detecting and resolving clashes or mismatches between disciplines, often using interference checks and the Copy/Monitor alerts, before construction documents are issued.

A reference point that defines the project's internal coordinate origin. It is used for positioning and measuring within the model rather than for real-world survey coordinates.

A reference point representing a known real-world location, such as a benchmark. It anchors the model to site coordinates so linked files and civil data align correctly.

A coordinate system published from a linked model so that multiple files agree on a common origin and orientation. Essential for aligning architectural, structural, and electrical models.

A saved set of view properties, such as visibility, scale, and detail level, that can be applied to many views at once to keep documentation consistent.

A plan view setting that defines the top, cut plane, and bottom elevations, plus the depth below, that determine which elements appear in that view.

A named voltage value, such as 120V or 480V, created in Electrical Settings and assigned to distribution systems so that circuits and panels use consistent values.

A configuration that pairs a voltage with a number of wires and a phase arrangement, letting Revit validate which panels and circuits may connect to one another.

A category such as Lighting, Power, or HVAC that groups electrical loads. It carries demand factors and is used to calculate and report connected versus demand loads.

A multiplier applied to connected load to estimate the actual demand a system will see, reflecting diversity among loads. Revit applies it during panel load calculations.

A point on a family that carries electrical characteristics such as voltage, number of poles, and load. Connectors let Revit build circuits automatically from placed devices.

The environment for building and editing parametric families. Electrical designers use it to create devices, fixtures, and panels with the connectors and parameters they need.

A parameter definition stored in an external file so the same parameter can be added consistently to many families and projects, enabling reliable schedules and tags.

A logical connection among electrical devices, fixtures, and a panel that Revit creates and tracks. Circuits carry a circuit number, load, and assigned panel.

The scheme that assigns numbers to circuits on a panel, such as odd numbers on one phase and even on another. Correct numbering keeps panel schedules accurate and readable.

A placeholder circuit reserved on a panel for future use. It appears in the panel schedule without connected load, showing available capacity.

A circuit reserved in advance for a specific future load, documented in the panel schedule so spare capacity is clearly identified.

The process of inserting receptacles, switches, and other electrical devices into the model, typically hosted on walls or faces, so they appear correctly in plans and schedules.

A family designed to attach to another element, such as a wall or ceiling, so the device moves with its host and orients itself correctly.

A family that attaches to any planar surface rather than a specific host category, giving flexibility when placing devices on walls, ceilings, or equipment.

The arrangement of luminaires across a space, often guided by spacing rules, ceiling grids, and photometric goals so illuminance targets are met.

A study that estimates light levels in a space from fixture photometric data and room geometry, used to verify that design targets are satisfied.

A tabular view listing a panel's circuits, their loads, and spare capacity. It is generated from circuit data, so accurate circuiting keeps the schedule correct.

A reusable layout that controls which columns, headers, and totals appear on panel schedules, ensuring every panel in the project is documented consistently.

The process of summing connected loads on circuits and panels and applying demand factors to determine demand load, which informs panel and feeder sizing.

A modeled path of conduit connecting equipment, boxes, or panels. Runs can be drawn in plan or section and are used for routing, coordination, and length reporting.

A modeled open raceway for supporting and routing cables. Cable trays are drawn with routing tools and fittings, then documented in plans and schedules.

A family component such as an elbow, tee, or junction that connects conduit segments. Correct fittings keep runs continuous and allow accurate length takeoffs.

A schedule that lists conduit and cable tray runs with type, size, and length, supporting material takeoffs and installation documentation.

An annotation label attached to a model element that displays selected parameters, such as a device's circuit number or a panel's name. Tags update automatically when data changes.

A data-driven table that lists model elements and their parameters, such as fixtures, devices, or panels. Schedules stay synchronized with the model as it changes.