GITNUXSOFTWARE ADVICE
Construction InfrastructureTop 8 Best Electrical Panel Design Software of 2026
Top 10 Electrical Panel Design Software picks ranked for faster wiring schematics and layouts. Compare options like AutoCAD Electrical, SEE Electrical, OpenBOM.
How we ranked these tools
Core product claims cross-referenced against official documentation, changelogs, and independent technical reviews.
Analyzed video reviews and hundreds of written evaluations to capture real-world user experiences with each tool.
AI persona simulations modeled how different user types would experience each tool across common use cases and workflows.
Final rankings reviewed and approved by our editorial team with authority to override AI-generated scores based on domain expertise.
Score: Features 40% · Ease 30% · Value 30%
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Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
AutoCAD Electrical
Automatic wire numbering and cross-referencing across the entire electrical project
Built for panel designers producing schematics and wiring documentation with tag-driven consistency.
SEE Electrical
Automatic bill of materials and documentation generation from linked schematic and equipment data
Built for panel builders needing connected schematics, wiring, and documentation output.
OpenBOM
BOM item attributes with approval and revision history for controlled component data
Built for electrical teams standardizing BOMs and components across repeated panel builds.
Related reading
Comparison Table
This comparison table evaluates electrical panel design software used to draft schematics, generate bills of materials, and route panel components. It contrasts tools such as AutoCAD Electrical, SEE Electrical, OpenBOM, CAE eCADSTAR, and Rittal ePlan across core workflows for engineering data management, panel documentation output, and integration with BOM and CAD processes. Readers can use the matrix to match tool capabilities to specific panel build and documentation requirements.
| # | Tool | Category | Overall | Features | Ease of Use | Value |
|---|---|---|---|---|---|---|
| 1 | AutoCAD Electrical Dedicated electrical controls drafting with panel and wire schematics, component libraries, and rules-based documentation workflows. | controls drafting | 9.3/10 | 9.2/10 | 9.3/10 | 9.3/10 |
| 2 | SEE Electrical Schematic design and cable and wiring documentation for industrial electrical projects with BOM generation and panel documentation support. | wiring documentation | 8.9/10 | 8.6/10 | 9.2/10 | 9.1/10 |
| 3 | OpenBOM BOM management that supports panel assembly data workflows by centralizing parts, revisions, and procurement-ready spreadsheets. | BOM management | 8.7/10 | 8.3/10 | 8.9/10 | 8.9/10 |
| 4 | CAE eCADSTAR eCADSTAR supports schematic capture, panel and cabinet documentation generation, and component and wiring data management for electrical projects. | schematic to panel data | 8.3/10 | 8.6/10 | 8.2/10 | 8.1/10 |
| 5 | Rittal ePlan Rittal engineering tooling supports electrical cabinet design and documentation tied to Rittal component catalogs for industrial panel builds. | vendor ecosystem | 8.0/10 | 8.1/10 | 8.0/10 | 8.0/10 |
| 6 | Schneider Electric EcoStruxure Machine Expert Schneider Electric Machine Expert supports electrical and control engineering workflows that integrate control system design with panel deployment activities. | control system engineering | 7.7/10 | 7.5/10 | 7.8/10 | 7.9/10 |
| 7 | WSCAD WSCAD provides automated electrical circuit design with component databases and electrical documentation outputs used in panel and control cabinet projects. | circuit design automation | 7.4/10 | 7.4/10 | 7.2/10 | 7.7/10 |
| 8 | Wiring Diagram Software by CADMATIC CADMATIC provides electrical design and wiring diagram capabilities that can support panel-centric engineering in infrastructure projects. | engineering modeling | 7.1/10 | 7.4/10 | 7.0/10 | 6.9/10 |
Dedicated electrical controls drafting with panel and wire schematics, component libraries, and rules-based documentation workflows.
Schematic design and cable and wiring documentation for industrial electrical projects with BOM generation and panel documentation support.
BOM management that supports panel assembly data workflows by centralizing parts, revisions, and procurement-ready spreadsheets.
eCADSTAR supports schematic capture, panel and cabinet documentation generation, and component and wiring data management for electrical projects.
Rittal engineering tooling supports electrical cabinet design and documentation tied to Rittal component catalogs for industrial panel builds.
Schneider Electric Machine Expert supports electrical and control engineering workflows that integrate control system design with panel deployment activities.
WSCAD provides automated electrical circuit design with component databases and electrical documentation outputs used in panel and control cabinet projects.
CADMATIC provides electrical design and wiring diagram capabilities that can support panel-centric engineering in infrastructure projects.
AutoCAD Electrical
controls draftingDedicated electrical controls drafting with panel and wire schematics, component libraries, and rules-based documentation workflows.
Automatic wire numbering and cross-referencing across the entire electrical project
AutoCAD Electrical stands out for built-in electrical-specific drawing tools that accelerate panel schematics and wiring layouts. It provides symbol libraries, automatic wire numbering, and terminal block management to keep documentation consistent across revisions. The software includes project-wide configuration of naming rules and generate reports for components and wire data. It also supports integration workflows using standard CAD files so electrical diagrams remain aligned with broader design deliverables.
Pros
- Electrical symbol library supports standardized schematics and panel diagrams
- Automatic wire numbering reduces manual errors across revisions
- Terminal strip and wire reference tools improve connectivity traceability
- Project-wide tagging and report generation supports BOM-style documentation
- Dedicated ladder and wiring conventions speed common control designs
Cons
- Primary workflows stay CAD-centric, limiting pure rules-based automation
- Large projects can slow down when managing extensive symbol and tag databases
- Customization often relies on configuration skills and consistent naming standards
Best For
Panel designers producing schematics and wiring documentation with tag-driven consistency
SEE Electrical
wiring documentationSchematic design and cable and wiring documentation for industrial electrical projects with BOM generation and panel documentation support.
Automatic bill of materials and documentation generation from linked schematic and equipment data
SEE Electrical stands out for integrating electrical CAD drafting with equipment libraries tailored to panel building workflows. It supports schematic design, wiring documentation, and bill of materials creation that connect device selection to panel documentation. The software includes cable and terminal management features that help keep conductor naming, cross-references, and wiring paths consistent. It also provides tools for generating installation documents from the same model data used during design.
Pros
- Large electrical component libraries linked to panel documentation workflows
- Schematic-to-wiring documentation traceability reduces cross-reference mismatches
- Terminal and cable management supports consistent conductor labeling
- Document generation compiles bills of materials from design data
Cons
- Panel-level layouts can feel rigid for unconventional chassis designs
- Model management requires discipline to avoid outdated references
- Advanced automation takes setup knowledge beyond basic drafting
- Export and formatting for specific house standards can require cleanup
Best For
Panel builders needing connected schematics, wiring, and documentation output
OpenBOM
BOM managementBOM management that supports panel assembly data workflows by centralizing parts, revisions, and procurement-ready spreadsheets.
BOM item attributes with approval and revision history for controlled component data
OpenBOM stands out for centralizing electrical BOM data and linking items to CAD-ready designs via structured part information. It supports BOM management with configurable attributes, approved sources, and revision tracking that helps panel builds stay consistent. OpenBOM’s workspace structure organizes projects and design files while maintaining item relationships for procurement-ready documentation. It also emphasizes search and reuse of parts across multiple panel projects instead of rebuilding part lists from scratch.
Pros
- Strong BOM management with attribute consistency across electrical panel projects
- Revision and approval workflows reduce mismatched component sourcing
- Reusable part records speed updates for multi-panel builds
- Item relationships link parts to project deliverables
Cons
- Panel-specific wiring layout tools are not the primary focus
- CAD integration depends on maintaining clean item identifiers
- Complex panel engineering rules require careful data setup
Best For
Electrical teams standardizing BOMs and components across repeated panel builds
CAE eCADSTAR
schematic to panel dataeCADSTAR supports schematic capture, panel and cabinet documentation generation, and component and wiring data management for electrical projects.
Connectivity-driven mapping from schematics to panel terminal and wiring layout
CAE eCADSTAR stands out with an electrical CAD workflow focused on panel layouts and wiring documentation in one environment. The software supports creating schematics, generating panel wiring layouts, and producing bills of materials tied to design data. Connectivity tools help route and map signals from schematic references to terminal and device placement inside the cabinet. Drawing output and revision-friendly project management support structured production of panel documentation.
Pros
- Integrates schematic data into panel wiring and placement workflow
- Supports terminal and cable connectivity mapping across documents
- Generates structured BOMs from the electrical design model
- Produces documentation drawings for panel builds and installs
Cons
- Panel layout customization can require careful setup and templates
- Large projects may need disciplined naming and organization
- Advanced automation depends heavily on established design conventions
Best For
Electrical designers preparing panel layouts with synchronized schematics and wiring documentation
Rittal ePlan
vendor ecosystemRittal engineering tooling supports electrical cabinet design and documentation tied to Rittal component catalogs for industrial panel builds.
Automated wiring and terminal assignments generated from schematic-based engineering data
Rittal ePlan stands out for its tight workflow around electrical engineering documentation and panel design tied to equipment integration needs. The software supports schematic capture, structured engineering data, and automated generation of wiring and terminal assignment outputs. It is designed to produce panel-related documentation and layout deliverables from an engineered data model rather than manual retyping. Built for installation and panel building teams, it aligns engineering changes with downstream wiring and documentation artifacts.
Pros
- Data-driven wiring and documentation generation from engineered schematics
- Strong support for terminal and conductor assignment workflows
- Facilities structured BOM and documentation outputs for panel build packages
- Supports library-based reuse of electrical components and symbols
Cons
- Panel layout work can be slower for highly customized mechanical designs
- Advanced setup of rules and templates requires engineering process discipline
- Steep learning curve for configuration of data connections and exports
- Interface complexity can slow edits during late-stage design iterations
Best For
Electrical panel engineering teams producing consistent schematics and panel build documentation
Schneider Electric EcoStruxure Machine Expert
control system engineeringSchneider Electric Machine Expert supports electrical and control engineering workflows that integrate control system design with panel deployment activities.
Integrated I O mapping and documentation data flow between panel design and control configuration
Schneider Electric EcoStruxure Machine Expert stands out through deep integration with Schneider Electric machine-control ecosystems for panel-to-automation continuity. It supports electrical panel design workflows that align documentation, tagging, and I O mapping with control logic development. The software provides configurable templates and structured data handling for wiring and component selection workflows used in industrial machine projects. It also supports export-ready deliverables that fit typical panel build documentation needs.
Pros
- Strong alignment between panel data and machine control configuration
- Structured I O mapping reduces mismatch between wiring and logic
- Reusable project templates speed up repeat machine panel layouts
- Documentation outputs support consistent machine build records
Cons
- Electrical panel design depth depends heavily on Schneider component libraries
- Advanced custom workflows can require specialized configuration effort
- Complex panel projects may feel rigid compared with CAD-centric tools
- Integration workflows can be harder to troubleshoot without Schneider context
Best For
Machine builders standardizing panel documentation with Schneider control systems
WSCAD
circuit design automationWSCAD provides automated electrical circuit design with component databases and electrical documentation outputs used in panel and control cabinet projects.
Circuit diagrams linked to panel layout and wire data for coherent wiring documentation
WSCAD focuses on electrical panel design with a diagram-to-panel workflow that supports wiring documentation and cabinet layout planning. The software provides circuit diagrams, terminal and wire management, and bill of materials outputs tied to the same project data. It supports panel component placement and interconnection so designs stay consistent across documentation views. The tooling targets panel builders and engineering teams that need structured, repeatable panel outputs rather than manual drawing only.
Pros
- Diagram-driven project data keeps wires and terminals consistent across documents
- Panel layout and component placement support realistic cabinet design workflows
- Automated bill of materials ties component selections to the same project
Cons
- Deep configuration requires learning wiring and terminal data structures
- Complex multi-panel projects can become slow when designs grow large
- Exported documentation formats may require extra cleanup for shop-floor needs
Best For
Electrical design teams producing repeatable panel documentation and wiring
Wiring Diagram Software by CADMATIC
engineering modelingCADMATIC provides electrical design and wiring diagram capabilities that can support panel-centric engineering in infrastructure projects.
Schematic-to-panel synchronization that keeps wiring and terminal associations consistent across revisions
Wiring Diagram Software by CADMATIC stands out for automated electrical schematics tied directly to panel layout workflows. The tool supports creating wiring diagrams, managing signals and terminals, and generating drafting outputs for electrical documentation. It emphasizes consistency across engineering changes by keeping conductor and device relationships synchronized. This makes it well suited for electrical panel design deliverables that rely on traceable connections and orderly documentation sets.
Pros
- Maintains traceable links between wiring diagram elements and panel-level installation structure
- Supports structured documentation generation for electrical schematics and panel documentation sets
- Uses connector and terminal management to reduce manual mapping errors
- Change propagation helps keep diagrams and installation details synchronized
Cons
- Learning curve is noticeable for full benefits of diagram-to-panel association
- Advanced customization can require more setup than basic diagram drawing tools
- Complex projects may need careful data modeling to stay organized
Best For
Teams producing structured wiring diagrams and panel layouts with connection traceability
How to Choose the Right Electrical Panel Design Software
This buyer’s guide covers how to evaluate electrical panel design software tools including AutoCAD Electrical, SEE Electrical, OpenBOM, CAE eCADSTAR, Rittal ePlan, Schneider Electric EcoStruxure Machine Expert, WSCAD, and Wiring Diagram Software by CADMATIC. It translates the tool-specific strengths and limitations into selection criteria for schematics, wiring documentation, BOM workflows, and terminal connectivity traceability. The guide also highlights common mistakes that lead to slow revisions and mismatched wiring documentation across these tools.
What Is Electrical Panel Design Software?
Electrical panel design software creates electrical schematics, wiring diagrams, and panel documentation that keep device selection, terminals, and conductor references consistent across revisions. It solves problems like manual wire numbering errors, disconnected BOMs, and mismatches between wiring layouts and installation documents. AutoCAD Electrical is an example of CAD-centric electrical drafting that accelerates panel schematics and wiring layouts using electrical-specific libraries and automatic wire numbering. SEE Electrical is an example of schematic-to-wiring documentation workflows that connect equipment data to bill of materials and installation documents.
Key Features to Look For
The most effective tools reduce rework by binding schematics, terminals, wiring paths, and BOM attributes to the same project data.
Automatic wire numbering and cross-referencing
Automatic wire numbering reduces manual errors when revisions change device tags and conductor routes. AutoCAD Electrical is built around automatic wire numbering and cross-referencing across the entire electrical project, which helps keep documentation coherent as tags and terminals change.
Schematic-to-wiring documentation traceability
Traceability ensures wiring documentation matches the schematic source so downstream edits do not create orphaned references. SEE Electrical connects schematic and equipment data into wiring documentation, and Wiring Diagram Software by CADMATIC maintains traceable links between wiring diagram elements and panel-level installation structure.
Bill of materials generation from design data
BOM generation from the design model keeps procurement lists aligned with panel documentation outputs. SEE Electrical produces bills of materials and installation documents from linked schematic and equipment data, and WSCAD ties component selections to diagram-linked project data for bill of materials outputs.
BOM governance with revision history and approvals
Controlled BOM attributes prevent mismatched component sourcing across repeated panel builds. OpenBOM centralizes BOM item attributes with approval and revision history, and this governance supports reusable parts across multiple electrical panel projects.
Connectivity-driven mapping from schematics to terminals and layout
Connectivity mapping keeps terminal assignments and wiring relationships synchronized from schematic references to cabinet placement. CAE eCADSTAR provides connectivity-driven mapping from schematics to panel terminal and wiring layout, and Rittal ePlan automates wiring and terminal assignments from schematic-based engineering data.
I O mapping integrated with control logic configuration
Integrated I O mapping reduces wiring and logic mismatches when panels feed automation systems. Schneider Electric EcoStruxure Machine Expert provides integrated I O mapping and a documentation data flow between panel design and control configuration, which supports machine builders standardizing panel documentation with Schneider control systems.
How to Choose the Right Electrical Panel Design Software
The decision should be driven by whether the workflow center is CAD drafting, data-driven engineering exports, BOM governance, or terminal connectivity mapping.
Start with the documentation artifacts that must stay synchronized
If the key requirement is keeping wire numbers and references consistent across revisions, AutoCAD Electrical is a strong fit because automatic wire numbering and cross-referencing are central to its electrical project workflow. If the key requirement is keeping schematic-to-wiring documentation aligned with equipment data, SEE Electrical and Wiring Diagram Software by CADMATIC are strong candidates because both emphasize traceable relationships between schematic elements and panel installation deliverables.
Match the tool to the data source of truth for BOMs
If procurement lists must be generated directly from linked schematic and equipment data, SEE Electrical supports automatic bill of materials and documentation generation from the design inputs. If repeated panel builds require controlled component attribute governance, OpenBOM supports BOM item attributes with approval and revision history so standardized parts stay consistent across multiple projects.
Prioritize terminal and wiring connectivity mapping for cabinet-level correctness
If terminal and wiring layout correctness depends on connectivity mapping, CAE eCADSTAR is designed for connectivity-driven mapping from schematics to panel terminals and wiring layout. If wiring and terminal assignments must be generated from engineered schematic data for consistent panel build packages, Rittal ePlan is built around automated wiring and terminal assignments tied to an engineering data model.
Account for ecosystem-specific workflows and library dependencies
If the panel design must stay tightly aligned with Schneider machine control configuration, Schneider Electric EcoStruxure Machine Expert supports integrated I O mapping and a documentation data flow between panel design and control configuration. If the work relies on circuit diagrams connected to panel layout and wire data, WSCAD focuses on circuit diagrams linked to panel layout and wire data for coherent wiring documentation.
Validate the workflow fit for customization and project scale
If the workflow needs electrical-specific libraries and automation that stays CAD-centric, AutoCAD Electrical excels but still depends on consistent naming and configuration practices for large symbol and tag databases. If panel layouts are highly customized, Rittal ePlan and CAE eCADSTAR can require disciplined templates and setup so connectivity mapping and generation remain stable across late-stage revisions.
Who Needs Electrical Panel Design Software?
Electrical panel design software benefits teams that must produce reliable schematics, wiring documentation, cabinet-level terminal assignments, and BOM-controlled component lists.
Panel designers producing schematics and wiring documentation with tag-driven consistency
AutoCAD Electrical is built for panel designers because it includes an electrical symbol library, automatic wire numbering, and terminal strip and wire reference tools that support connectivity traceability across revisions.
Panel builders needing connected schematics, wiring, and documentation output
SEE Electrical supports schematic-to-wiring documentation traceability and generates bills of materials and installation documents from linked schematic and equipment data. CAE eCADSTAR also targets this need by generating structured BOMs from the electrical design model and producing panel wiring layouts in the same workflow.
Electrical teams standardizing BOMs and components across repeated panel builds
OpenBOM is a fit when component selection must be standardized because it provides reusable part records and supports revision and approval workflows. It helps reduce repeated manual updates when the same parts appear across multiple panel projects.
Machine builders aligning panel documentation with control system configuration
Schneider Electric EcoStruxure Machine Expert is built for machine builders because it provides integrated I O mapping and documentation data flow between panel design and control configuration. This reduces mismatch risk between wiring and machine control logic when projects use Schneider ecosystems.
Electrical design teams that need coherent circuit diagrams linked to cabinet layout and wiring data
WSCAD supports repeatable panel documentation because circuit diagrams stay linked to panel layout and wire data, and it generates bill of materials tied to the same project information. Wiring Diagram Software by CADMATIC also supports this through schematic-to-panel synchronization that keeps wiring and terminal associations consistent across revisions.
Common Mistakes to Avoid
Common pitfalls across these tools come from weak data discipline, mismatched workflow intent, and underestimating how late edits stress mapping and export rules.
Treating wire numbering and tags as manual work
Manual wire numbering creates cross-reference errors when device tags or terminals change during revisions. AutoCAD Electrical helps prevent this by using automatic wire numbering and project-wide cross-referencing, while SEE Electrical and CAE eCADSTAR keep documentation coherent through schematic and connectivity mapping.
Generating BOMs outside the design model
BOMs created separately from schematic and equipment data cause procurement mismatches and rework during documentation updates. SEE Electrical generates bills of materials from linked schematic and equipment data, and WSCAD generates bill of materials tied to the same diagram-linked project data.
Skipping BOM governance for standardized component sourcing
Uncontrolled component substitutions lead to mismatched panel documentation across repeat builds. OpenBOM supports BOM item attributes with approval and revision history, which supports controlled sourcing across multiple panel projects.
Expecting fully correct terminal mappings without established connectivity rules
Terminal assignment errors appear when connectivity-driven mapping is not configured around stable design conventions. CAE eCADSTAR provides connectivity-driven mapping from schematics to terminal and wiring layout, and Rittal ePlan automates wiring and terminal assignments from schematic-based engineering data.
How We Selected and Ranked These Tools
we evaluated every tool on three sub-dimensions. features have weight 0.4. ease of use has weight 0.3. value has weight 0.3. the overall rating is the weighted average where overall = 0.40 × features + 0.30 × ease of use + 0.30 × value. AutoCAD Electrical separated itself from lower-ranked tools with a concrete feature example on the features dimension. automatic wire numbering and cross-referencing across the entire electrical project reduce revision rework by keeping wire identities aligned with terminals and panel documentation.
Frequently Asked Questions About Electrical Panel Design Software
Which electrical panel design tool best keeps wire numbering and terminal assignments consistent across revisions?
AutoCAD Electrical is built for tag-driven consistency using automatic wire numbering and project-wide naming rules. Rittal ePlan also generates wiring and terminal assignments automatically from schematic-based engineering data, reducing retyping when designs change.
What software creates an end-to-end panel workflow from schematic to cabinet wiring layout and wiring documentation?
CAE eCADSTAR combines schematic creation with panel wiring layout generation and bill of materials output tied to design data. WSCAD links circuit diagrams to panel layout and wire data so wiring documentation and cabinet planning stay coherent.
Which option is strongest for linking BOM data to CAD-ready parts with approval and revision control?
OpenBOM centralizes electrical BOM information with configurable attributes, approved sources, and revision tracking. This supports controlled part data reuse across repeated panel builds without rebuilding part lists each time.
Which tools support bill of materials and documentation generation from connected schematic and equipment data?
SEE Electrical connects schematic and equipment library data so bills of materials and installation documents can be generated from the same model information used during design. Rittal ePlan similarly derives panel documentation and wiring deliverables from an engineered data model.
How do AutoCAD Electrical and AutoCAD Electrical alternatives handle traceability between schematic references and physical terminals?
AutoCAD Electrical manages terminal block relationships and cross-referencing with automatic wire numbering across the electrical project. Wiring Diagram Software by CADMATIC emphasizes schematic-to-panel synchronization that keeps conductor and device relationships aligned for traceable wiring documentation.
Which software is best suited for panel builders who need terminal, cable, and wiring path management as part of the core workflow?
SEE Electrical includes cable and terminal management features that keep conductor naming, cross-references, and wiring paths consistent. CAE eCADSTAR also provides connectivity tools that map schematic references to terminal and device placement inside the cabinet.
Which tool fits industrial machine builders who need I O mapping continuity between panel design and control configuration?
Schneider Electric EcoStruxure Machine Expert targets machine-control ecosystems by aligning tagging, I O mapping, and documentation data flow with control logic development. This supports standardized panel documentation workflows for projects connected to Schneider control systems.
Which application is most focused on generating installation documents and production-ready outputs from the same design data used during engineering?
SEE Electrical generates installation documents from the linked schematic and equipment data so engineering changes flow into downstream documentation outputs. Rittal ePlan also produces panel-related documentation and layout deliverables from the engineered data model instead of manual retyping.
What common failure mode happens when wiring documentation and panel layouts drift, and which tools prevent it?
Drift usually occurs when conductor and terminal relationships get manually reentered during panel layout updates, creating mismatches between diagrams and cabinet wiring. Tools such as CAE eCADSTAR with connectivity-driven mapping and Wiring Diagram Software by CADMATIC with schematic-to-panel synchronization keep wiring, terminals, and connections tied to the same underlying relationships.
What starting workflow works best when designing a new panel that will be reused across multiple builds?
OpenBOM helps by organizing reusable BOM items with structured attributes, approval status, and revision history across repeated projects. SEE Electrical complements this by generating bill of materials and documentation from linked equipment library data so standardized parts propagate into panel schematics and wiring outputs.
Conclusion
After evaluating 8 construction infrastructure, AutoCAD Electrical stands out as our overall top pick — it scored highest across our combined criteria of features, ease of use, and value, which is why it sits at #1 in the rankings above.
Use the comparison table and detailed reviews above to validate the fit against your own requirements before committing to a tool.
Tools reviewed
Referenced in the comparison table and product reviews above.
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