Control Panel Design Software
Reusable engineering standards for repeatable control panel drawings
Watch LogiDraft build a full motor control panel from a blank workspace using standard library parts, reusable motor starter assemblies, control power logic, BOM alignment, and CSV/DXF export.
LogiDraft is strongest for repeatable, configurable control panel workflows where proven standards, drawings, BOM-style outputs, and exports need to stay aligned.
Flagship demo proofBlank workspace to full motor control panel
- Standard Part Library
- Reusable assemblies
- BOM, CSV, and DXF outputs
Watch a full motor control panel drawing built from reusable standards
This demo focuses on using an existing LogiDraft Standard Part Library: inserting reusable motor starter assemblies, adding control power, placing standard parts, completing the drawing, checking BOM alignment, and exporting CSV/DXF outputs.
The drafting portions are sped up, but the point is larger than speed: the drawing is assembled from reusable engineering standards that keep project outputs connected.
A practical proof of repeatable panel standards
Blank workspace to complete motor control panel
Standard Part Library reuse
Reusable motor starter assemblies
Control power assembly usage
Project-specific standard parts
Drawing and BOM-style data staying aligned
CSV export
DXF export
Teams that repeat panel work with variation
LogiDraft is most relevant for teams that repeatedly create similar control panels, motor starter circuits, control power circuits, standard assemblies, or BOM outputs.
It is especially useful when proven designs are copied from old projects, modified, and manually reconciled across drawings and spreadsheets.
OEM engineering teams
Panel shops
Controls teams
Engineering managers responsible for repeatable standards and outputs
Reusable standards become project building blocks
The benefit is not just faster drafting. The larger benefit is that proven engineering standards become usable project building blocks. Instead of searching old jobs, copying drawings, and manually reconciling BOMs, teams can insert approved assemblies, configure them for the project, and keep drawing/output data aligned.
Motor starters
Reusable starter assemblies can carry the repeated drawing structure and selection logic that shows up across panel jobs.
Control power
Control power assemblies can be inserted and configured as part of the same panel workflow instead of redrawn separately.
Standard parts
Approved library parts become project building blocks, so designers start from known standards instead of hunting through old jobs.
BOM and exports
BOM-style output data, CSV export, and DXF export stay tied to the evaluated drawing workflow.
Try the full motor control panel workflow
Have a repeated panel, starter, control power, or standard assembly workflow? Send it over and we can point you to the closest LogiDraft example.
Control panel workflows LogiDraft supports
The strongest fit is repeatable panel work where one engineering input affects sizing, schematic visibility, labels, nested assemblies, and structured output data.
| Workflow | Inputs | Resolved Logic | Drawing and Output Result |
|---|---|---|---|
| Control power sections | Control load, incoming voltage, control voltage | Transformer VA, primary fuse, secondary fuse, transformer group count | Control power drawing variants and BOM-style rows update from the evaluated instance |
| Motor starter assemblies | Motor horsepower, voltage, starter options | FLC lookup, breaker selection, contactor sizing, overload range | Starter schematic labels, selected components, and output fields stay coordinated |
| Motor control panels | Motor count, shared voltage, control power needs, pilot/control options | Nested starter assemblies, shared protection, control power sizing | A composed panel can generate coordinated schematic sections and structured outputs |
Where LogiDraft fits in control panel design
LogiDraft is strongest when a team already knows the control panel logic it repeats and wants that logic to live in reusable definitions instead of copied drawings and side spreadsheets.
It is not positioned as a complete replacement for every mature electrical CAD workflow. It is a product-led fit for configurable panel families, reusable assemblies, generated schematics, and outputs that need to follow the same evaluated state.
Panel logic that should not be copied by hand
Control power panel
Control load and voltage can resolve transformer VA, primary and secondary fuse selection, schematic visibility, transformer group count, and BOM output.
Motor starter assemblies
Horsepower and voltage inputs can drive FLC lookup, breaker selection, contactor sizing, overload range, and starter drawing updates.
Nested panel systems
A larger panel can compose multiple starter assemblies with shared voltage, control power, protection, pilot/control options, and structured BOM output.
Local and global reuse
Local Definitions and Global Blocks let teams keep proven panel behavior reusable while still evaluating each placed instance with its own inputs.
Control panel drafting versus evaluated panel systems
Traditional control panel CAD
The drawing is edited first, then notes, spreadsheets, schedules, and BOM rows are checked afterward. That process can work, but repeated variants create drift risk.
LogiDraft control panel model
Parameters, formulas, lookup tables, reusable definitions, nested assemblies, drawings, and artifacts participate in one evaluated panel result.
Questions about this LogiDraft workflow
Is LogiDraft a replacement for AutoCAD Electrical or EPLAN?
Not for every workflow. LogiDraft is strongest for repeatable, configurable control panel and schematic workflows where reusable standards, drawing logic, BOM-style outputs, and exports need to stay aligned.
How does LogiDraft keep panel drawings and BOMs aligned?
Drawings and BOM-style outputs are generated from evaluated block instances. When inputs change, formulas and lookup tables resolve new values, and both geometry and structured output data read from that evaluated panel state.
Does the demo show creating reusable parts?
The flagship MCP demo focuses on using an existing Standard Part Library. Separate workflows can show how reusable parts and assemblies are created.
Can LogiDraft export project outputs?
Yes. The demo shows BOM-style alignment along with CSV and DXF export.
Who is LogiDraft best suited for?
Teams that repeatedly build similar panels, starters, control power circuits, standard assemblies, or output packages.