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Our models follow established BIM industry standards and the codes your inspectors rely on. Every electrical, mechanical, and plumbing system we model is developed to meet documented requirements for accuracy, safety, and constructability.
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Reliable BIM starts with consistent rules. All our models are built on industry standards and trade codes. We combine BIM frameworks with the requirements of NEC, ASHRAE, NFPA, and ANSI to provide precise, coordinated and installation ready outputs.
These standards guide how we model, coordinate, and verify systems across disciplines, ensuring every deliverable is accurate, code-aligned, and ready for construction.
Standard / Code | What It Covers | How It Shapes Our BIM Models |
NEC – National Electrical Code | Electrical safety, clearances, routing rules, conductor requirements. | Guides electrical routing, equipment spacing, working clearances, and installation-ready layouts. |
NFPA – Fire Protection & Safety | Life safety, fire-protection device placement, system separation. | Influences riser layout, device coordination, and routing around safety zones. |
ASHRAE – Mechanical Performance Standards | HVAC performance, airflow, equipment spacing, environmental guidelines. | Directs duct routing, equipment placement, and mechanical system coordination. |
ANSI – Quality & Performance Guidelines | Documentation standards, tolerances, labeling, information structure. | Ensures consistent naming, metadata, and drafting quality across all models. |
IBC / IMC / IPC – Building Codes (Optional) | Building, mechanical, and plumbing code requirements. | Applied when architectural, plumbing, or mechanical code constraints drive routing and placement. |
Our application of BIM codes and standards is integrated directly into our project workflows, including:
Well-applied standards lead to better models and fewer field issues. They support:
Standardized outputs that can be used consistently across platforms and teams.
Rules-based spacing, elevation logic, and equipment requirements help prevent conflict geometries.
IFC, ISO, and open standards ensure data moves cleanly between tools and workflows.
Models built with NEC, ASHRAE, NFPA, and ANSI requirements reduce inspection issues and rework.
Teams benefit from modeling patterns that follow recognized best practices.
Data centers, hospitals, manufacturing plants and high density buildings rely on:
BIM codes and standards serve as the stability layer that supports these environments.
Every model we deliver follows documented requirements for NEC, ASHRAE, NFPA, ANSI, and global BIM frameworks.
A closer look at builds where collaboration ran deep and precision paid off, turning complex scopes into field-ready success stories.
Sparks, NV
437,001 sq ft sq ft
3
"They understood the challenges of data center construction and delivered exactly what was promised."
Sandston, VA
215,446 sq ft sq ft
2
"One of the easiest BIM teams we've worked with. Responsive, organized, and dependable."
New Albany, OH
196,019 sq ft sq ft
2
"They felt less like a vendor and more like part of our project team."
Manassas, VA
243,459 sq ft sq ft
2
"Fast responses, good communication, and quality models. No complaints from our side."
Manassas, VA
813,978 sq ft sq ft
2
"We've worked with larger firms, but the attention to detail from Eracore was better than most."
El Paso, TX
347,696 sq ft sq ft
1
"Job well done. The models were accurate, the coordination was solid, and the project stayed on track."
ISO 19650, IFC, NBIMS-US, BS/PAS 1192, COBie and other national BIM frameworks.
They offer a data consistency, minimize re-work, enhance coordination, and promote correct field implementation.
Electrical models adhere to the NEC; mechanical follows ASHRAE; plumbing systems uses trade codes; NFPA and ANSI are applied to systems.
NEC specifies clearances, equipment separation, routing limitations, conductor sizes, and verified working space needs.
ASHRAE gives design and performance standards to HVAC systems, which are used to direct routing, space constraints, and airflow choices.
By using separation requirements, life-safety standards, documentation standards, and uniform information structures.
Regulated layouts and spacing guidelines reduce the chances of overlapping objects and system misalignment.
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