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compliance

Electrical Rough-In Inspection Checklist

Use this pre-cover electrical rough-in inspection checklist to verify conduit, boxes, grounding, bonding, and separation before walls or ceilings are closed. It helps catch code and coordination defects while they are still easy to fix.

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Overview

This Electrical Rough-In Inspection Checklist is built for the pre-cover stage, when conduit, cable, boxes, grounding, bonding, and penetrations are still visible and easy to correct. It gives the inspector a structured way to verify that the installation matches the approved plans and is ready for concealment without creating hidden deficiencies.

Use it after rough-in is complete and before drywall, ceiling tile, insulation, or other finishes close the work. The checklist is especially useful when multiple trades are working in the same space, when the project has fire-rated assemblies, or when the installation includes complex box fill, support spacing, or bonding details. It helps document observable non-conformances such as overfilled boxes, damaged raceways, unsupported spans, missing bonding jumpers, or poor separation from plumbing and low-voltage systems.

Do not use this template as a substitute for the permit review, engineering design, or the Authority Having Jurisdiction’s inspection. It is also not the right tool for energized testing, final trim-out, or troubleshooting live circuits. If the work is already concealed, the checklist can still support a partial review, but many of the most important rough-in defects will no longer be visible. The best time to use it is before close-in, after the rough-in crew has finished, and before other trades cover the installation.

Standards & compliance context

  • This template supports field verification aligned with the National Electrical Code, including requirements for conductor fill, box fill, support, and grounding and bonding.
  • It also helps document installation conditions that matter under OSHA construction safety expectations, especially where rough-in work could be damaged, exposed, or left unsafe before concealment.
  • For fire-rated assemblies and penetrations, the checklist can be used alongside NFPA-based fire-life-safety requirements and the project’s approved firestop details.
  • Where the project includes special occupancies or equipment, local amendments, the AHJ, and manufacturer instructions may impose stricter installation and inspection requirements than the base code.
  • If the work is part of a quality management system, the checklist can also support ISO 9001-style verification and non-conformance tracking before release to the next trade.

General regulatory context for orientation only — verify current requirements with counsel or the relevant agency before relying on this template for compliance.

What's inside this template

Inspection Details and Scope

This section establishes who inspected the work, where it was inspected, and whether the area was actually ready for a pre-cover rough-in review.

  • Project name / area inspected (weight 2.0)
  • Inspection date and time (weight 2.0)
  • Inspector name and role (weight 2.0)
  • Work area is ready for rough-in inspection before concealment (critical · weight 4.0)

Conduit, Raceway, and Cable Installation

This section matters because routing, fill, support, and physical protection are the first places rough-in defects show up before concealment.

  • Conduit fill does not exceed NEC allowable fill for installed raceway size and conductor count (critical · weight 6.0)
  • Raceways and cables are protected from physical damage at penetrations, edges, and framing members (critical · weight 5.0)
  • Conduit and cable routing is continuous and free of unsupported spans, kinks, or sharp bends (weight 4.0)
  • Raceway type installed matches the approved plan and location conditions (weight 4.0)
  • Conductor identification and labeling are visible where required (weight 3.0)
  • Conduit and cable support intervals are installed per NEC and manufacturer requirements (critical · weight 3.0)

Boxes, Device Locations, and Fill

This section verifies that boxes are sized, placed, and closed correctly so devices can be installed without hidden rework later.

  • Outlet, junction, and device box fill is within allowable capacity (critical · weight 6.0)
  • Boxes are securely fastened and set to proper depth for finish surface (critical · weight 4.0)
  • Box locations align with approved plans and device heights (weight 3.0)
  • Openings in boxes are properly closed with approved fittings or plugs (weight 3.0)
  • Splices and terminations are contained within approved boxes or enclosures (critical · weight 4.0)

Grounding, Bonding, and Continuity

This section confirms the installation has the continuity and bonding details needed for safe testing and eventual energization.

  • Equipment grounding conductors are installed and continuous to all required boxes and equipment (critical · weight 6.0)
  • Bonding jumpers, bushings, and fittings are installed where required (critical · weight 4.0)
  • Metal raceways, enclosures, and boxes are bonded and mechanically secure (weight 4.0)
  • Grounding electrode conductor routing is protected from physical damage (weight 3.0)
  • Continuity and terminations appear ready for testing prior to energization (weight 3.0)

Separation, Coordination, and Worksite Safety

This section catches conflicts with other trades, fire-rated assemblies, and site conditions that can create hidden hazards after close-in.

  • Electrical rough-in maintains required separation from plumbing, gas, HVAC, and low-voltage systems (critical · weight 5.0)
  • Penetrations through studs, joists, or fire-rated assemblies are properly protected and sealed as required (critical · weight 4.0)
  • Working clearances and access to panels, junction boxes, and equipment are maintained (weight 3.0)
  • Temporary site conditions do not expose rough-in to damage, moisture, or unsafe contact (weight 3.0)

Final Readiness and Corrective Actions

This section turns the inspection into an actionable closeout record by assigning deficiencies, owners, and completion dates.

  • All identified deficiencies and non-conformances are documented (critical · weight 3.0)
  • Corrective actions assigned to responsible party with target completion date (weight 3.0)
  • Inspection result (weight 4.0)

How to use this template

  1. 1. Enter the project name, area, date, time, and inspector role, then confirm the space is fully open and ready for rough-in verification before concealment.
  2. 2. Walk the area in installation order and compare conduit, cable, and raceway routing against the approved plans, checking fill, support intervals, bend quality, and physical protection at framing and penetrations.
  3. 3. Inspect every outlet, junction, and device box for fill, depth, fastening, closure of unused openings, and whether all splices and terminations are contained in approved enclosures.
  4. 4. Verify grounding and bonding details by checking equipment grounding conductor continuity, bonding jumpers and fittings, secure metal raceways and boxes, and protected routing of grounding electrode conductors.
  5. 5. Review separation, coordination, and site safety conditions to confirm required clearances, fire-rated penetrations, and protection from damage, moisture, or contact by other trades.
  6. 6. Record each deficiency, assign the corrective party and target date, then re-inspect the corrected items and mark the final result before the area is concealed.

Best practices

  • Inspect the work in the same sequence the installer used, starting with routing and support before moving to boxes, bonding, and coordination issues.
  • Measure box fill and conduit fill against the installed raceway and conductor count instead of relying on a visual guess.
  • Flag any unsupported span, sharp bend, kink, or damaged jacket as a deficiency even if the circuit is not yet energized.
  • Photograph every defect at the time of inspection so the correction can be verified after other trades move back into the area.
  • Check that box depths match the planned finish surface before drywall goes up, because shallow boxes are much harder to correct later.
  • Treat penetrations through fire-rated assemblies as a separate verification point and confirm that protection and sealing are in place where required.
  • Re-inspect after any coordination change, because a plumbing or HVAC reroute can create a new separation or access problem in the same wall bay.

What this template typically catches

Issues teams running this template most often surface in practice:

Box fill exceeds allowable capacity after extra conductors, device yokes, or splices are added in the field.
Conduit or cable runs have unsupported spans, sharp bends, or damage at studs, joists, or metal edges.
Boxes are set too shallow or too deep for the planned finish surface, creating trim and device alignment issues.
Unused openings in boxes or enclosures are left open instead of being closed with approved fittings or plugs.
Equipment grounding conductors are missing, loose, or not continuous to all required boxes and equipment.
Metal raceways, enclosures, or boxes are not properly bonded or are mechanically loose after framing adjustments.
Electrical rough-in conflicts with plumbing, gas, HVAC, or low-voltage routes and does not maintain required separation.
Penetrations through fire-rated assemblies are left unprotected or unsealed before concealment.

Common use cases

Commercial TI Foreman Close-In Check
A foreman uses the checklist to verify tenant improvement rough-in before drywall starts, focusing on box fill, support spacing, and coordination with ceiling utilities. The result is a documented punch list that can be cleared before the AHJ visit.
Multifamily Unit Superintendent Review
A superintendent runs the checklist unit by unit to catch shallow boxes, missing bonding, and routing conflicts before insulation and drywall. This helps keep repeated unit defects from spreading across the building.
Healthcare Electrical QA Walk
A QA lead uses the template in patient-care areas where separation, access, and fire-rated penetrations matter more than in standard office space. The checklist creates a clear record of rough-in readiness before the space is closed.
Industrial Maintenance and New Equipment Tie-In
An electrical contractor inspects rough-in for a new equipment tie-in near existing process utilities, checking grounding continuity, physical protection, and clearances. The checklist helps prevent rework caused by coordination misses in a congested area.

Frequently asked questions

What does this electrical rough-in inspection checklist cover?

This template covers the pre-cover inspection of electrical rough-in work before wall or ceiling concealment. It walks through conduit and cable routing, box fill, support intervals, grounding and bonding, separation from other trades, and final corrective actions. It is designed to document observable deficiencies before the work is hidden.

When should this checklist be used?

Use it after rough-in is installed and before insulation, drywall, ceiling closure, or other concealment begins. It is especially useful after framing changes, layout revisions, or coordination with plumbing, HVAC, and low-voltage trades. If the work is already covered, this checklist is less effective because many defects are no longer visible.

Who should run the inspection?

A qualified electrical inspector, foreman, superintendent, or competent person familiar with the approved plans and applicable code requirements should run it. On larger projects, the person completing the checklist should also be able to assign corrective actions and verify re-inspection. The template works best when the inspector can compare field conditions against the permit set and installation standards.

Does this checklist replace a code inspection or permit review?

No. It is a field verification tool, not a substitute for jurisdictional inspection or engineering review. It helps the contractor catch non-conformances early so the official inspection has a better chance of passing. Final acceptance still depends on the Authority Having Jurisdiction and the applicable electrical code requirements.

How often should rough-in inspections be performed?

They should be performed before each area is concealed, and again after any rework that could affect routing, fill, support, or bonding. On phased projects, that usually means one inspection per floor, zone, or room group rather than one inspection for the whole building. Re-inspect after change orders, trade coordination conflicts, or damage from other crews.

What are the most common mistakes this template helps catch?

Common misses include overfilled boxes, unsupported conduit runs, damaged cable jackets, missing bonding jumpers, and raceways installed in locations that conflict with framing or other utilities. Inspectors also catch improper box depth, inaccessible junction boxes, and penetrations that were not protected or sealed as required. These are the kinds of issues that are cheap to fix before close-in and expensive after.

How does this checklist relate to OSHA and NEC requirements?

The checklist supports field compliance with the National Electrical Code and general OSHA construction safety expectations by documenting installation quality before energization and concealment. It also helps confirm that worksite conditions do not create exposure to damaged conductors, unsafe access, or coordination hazards. Local amendments, NFPA guidance, and the AHJ still control final acceptance.

Can this template be customized for different project types?

Yes. You can tailor the scope for commercial tenant improvements, multifamily units, healthcare spaces, industrial facilities, or small commercial builds. Many teams add project-specific checks for fire-rated assemblies, wet locations, rooftop equipment, or special systems such as generators and emergency circuits. The section structure is flexible enough to match your permit set and inspection workflow.

How does this compare with ad-hoc walk-through notes?

Ad-hoc notes often miss box fill, support spacing, bonding continuity, and separation issues because they are not checked in a consistent order. This template gives the inspector a repeatable sequence and a place to record deficiencies, responsibility, and due dates. That makes it easier to close out issues and prove what was verified before concealment.

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