How to Complete and Submit the NFPA 72 Record of Completion Form

The NFPA 72 Record of Completion is the standardized form the installing contractor fills out to certify that a fire alarm or emergency communication system meets code after installation, modification, or expansion, and it must be submitted to both the building owner and the Authority Having Jurisdiction (AHJ) before the system goes into service.¹ The form itself lives in Figures 7.8.2(a) through 7.8.2(f) of NFPA 72. Getting it right the first time matters, because an incomplete or inaccurate record can delay occupancy and force re-testing during a fire marshal inspection.

When You Need a New Record

A new Record of Completion is required whenever a fire alarm system is initially installed and accepted. The record also has to be updated any time the system is modified or expanded, and Section 7.5.6.4 requires the update to supplement the original, unaltered document rather than replace it.² Every revision carries its own revision date. If the original record cannot be located, create a new one that documents the system as found during the current scope of work.

When more than one contractor works on the installation, each one fills out the portions of the documentation covering their own scope.³ This is common on larger commercial jobs where one company handles initiating devices and another handles notification appliances or the monitoring connection.

What the Form Captures

The form is meant to give an inspector or a future service technician everything they need to understand the system as installed. The form’s own instructions direct you to complete it at the time of system acceptance and to mark unused lines N/A rather than leaving them blank.⁴ You can modify the form as needed for clarity and attach additional sheets, data, or calculations.

The main categories on the form:

Property and contact information for the protected premises, the owner or owner’s representative, and the installing contractor.
System type: local, central station monitored, remote station, or proprietary.
Device inventory with counts and types of every component, including smoke and heat detectors, manual pull stations, notification appliances, relay modules, and monitoring points.
Circuit classifications for initiating device circuits and notification appliance circuits, along with pathway survivability levels.
Power supply details for both primary and secondary sources, including battery type, capacity, and calculated standby and alarm durations.
System communication method for transmitting alarm, supervisory, and trouble signals.

Circuit Class and Pathway Survivability

The circuit classification section trips up contractors more often than you would expect, especially when a building mixes wiring classes on different loops. Class A wiring provides a redundant path so the system continues operating past a single open in the circuit. Class B has no redundant path, so a single break drops all devices downstream. Class X is the most robust, maintaining communication past a single open, short, or ground fault by using isolation modules at each device.⁵

The form also asks for the pathway survivability level. These run from Level 0, meaning no survivability protection, through Level 3, which requires both sprinkler protection and a two-hour fire-rated enclosure. Level 4 requires a one-hour rated enclosure or cable.⁵ The pathway class and survivability level designations must also appear on the floor plan drawings and system riser diagram.

Documents to Attach

The form by itself is not the complete package. Section 7.5 of NFPA 72 requires several supporting documents to accompany it, and missing attachments are one of the fastest ways to have the record rejected.⁶

As-built drawings showing the final, actual location of every component, wire run, and device. These often differ from the design drawings because field conditions force adjustments.
Sequence of operations, sometimes called an input/output matrix, mapping what happens when each initiating device activates. Elevator recall, HVAC shutdown, smoke damper closure, and door holder release all belong here.
Battery calculations proving the secondary power supply can carry the required load. NFPA 72 Section 10.6.7.2.1 requires backup power to sustain at least 24 hours in standby followed by 5 minutes in full alarm. Systems with voice communication or mass notification need 15 minutes of alarm capacity instead of 5. A 25 percent safety margin must be applied to the total calculated capacity.⁷
Notification appliance circuit voltage drop calculations confirming that every horn, strobe, or speaker receives adequate voltage at the end of the run.
Site-specific software record for software-driven systems, so future technicians can troubleshoot or reprogram without starting from scratch.
Owner’s manuals for the fire alarm control unit and major components.

The AHJ reviews the whole package during the acceptance inspection, and gaps in the attachments are a common reason for conditional rather than full acceptance. One related detail worth noting: if any programming, firmware, or software changes are made through remote access, an updated site-specific software record needs to accompany the revised Record of Completion, and a technician must be on site to test the system after the change under Chapter 14.⁸

Who Signs

The form requires signatures from several parties, and a missing one is among the most frequent reasons a record gets bounced back:

The system installation contractor signs to certify that the installation followed all applicable NFPA standards.
The system operational test representative signs to certify that the testing followed all applicable NFPA standards. This can be the installing company or a separate testing firm.
The acceptance test block records the date, time, and names of the installing contractor representative, testing contractor representative, property representative, and AHJ representative present at the test.⁴

Section 10.5.2 requires the record to be prepared by a qualified and experienced person.⁹ Many AHJs read this to mean the person must hold a recognized industry certification, most commonly a NICET Fire Alarm Systems credential. NICET offers four levels for engineering technicians who perform layout, equipment selection, installation, acceptance testing, and troubleshooting; Levels III and IV require both an exam and a personal recommendation in addition to documented work experience.¹⁰ Local requirements vary, so confirm with your AHJ which level they accept before the acceptance test.

Submitting the Record

Once the package is assembled and signed, the installing contractor submits it to both the AHJ and the building owner.¹¹ Submission usually happens at the end of the job, coinciding with or immediately following the acceptance test. Many jurisdictions require the record to be submitted and accepted before scheduling a final occupancy inspection.¹²

Where the AHJ approves it, the record can be filed electronically. Electronic submissions must be accessible with standard software and backed up.¹³ Not every AHJ accepts electronic filing, so confirm the preferred format before the acceptance test rather than after.

Storing the Record After Acceptance

The updated copy of the record must be maintained in a documentation cabinet as specified in Section 7.7.2.¹⁴ The cabinet is usually installed near the main fire alarm control unit and labeled to identify its contents. Keeping the records at the panel location saves significant time during inspections, service calls, and troubleshooting.

The building owner is responsible for retaining the original completion documents, as-built drawings, acceptance test records, and manufacturer cut sheets for the life of the system. Subsequent inspection, testing, and maintenance records must be kept for at least one year after the service is performed. Losing these records can force a full re-test of the system during an annual inspection.

Common Mistakes That Delay Acceptance

Fire marshals and AHJ inspectors see the same problems repeatedly:

Blank fields instead of N/A. The form instructions specifically call for N/A in unused lines. A blank looks like an oversight, and an inspector has no way to tell whether it was skipped intentionally.
Missing or incomplete signatures. Every signature block must be filled. If the AHJ representative was not present at the test, note that and follow up rather than submitting with an empty line.
Mismatched device counts. Numbers on the form must match the as-built drawings and the physical count in the building.
Missing battery calculations, particularly the 24-hour standby and alarm-duration calculation with the 25 percent safety margin.
Outdated as-built drawings. Drawings reflecting the design intent rather than the actual installation are not as-builts. If field conditions forced you to relocate a device or reroute a circuit, the drawings have to show the final configuration.

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NFPA 72 2025 Edition. NFPA 72 Section 7.5.6 – Record of Completion
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NFPA 72 2025 Edition. NFPA 72 Section 7.5.6.6 – Revisions
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NFPA 72 2025 Edition. NFPA 72 Section 7.5.6.2.3
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National Fire Protection Association. NFPA 72 Record of Completion Form
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USFA/FEMA. Plans Review of Fire Alarm Systems – Student Manual
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Electrical Contractor Magazine. Documentation Is Essential – NFPA 72’s Chapter 7
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NFPA. Guide to Fire Alarm Basics – Power Supplies
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Security Sales & Integration. NFPA 72 Changes – Remote Access and UL Usage
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NFPA 72 2025 Edition. NFPA 72 Section 7.5.6.3
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NICET. Fire Alarm Systems
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NFPA 72 2025 Edition. NFPA 72 Section 7.5.6.2.1
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Illinois Department of Public Health. Final Occupancy Checklist Certifications for Request of Inspection
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NFPA 72 2025 Edition. NFPA 72 Section 7.5.6.7
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NFPA 72 2025 Edition. NFPA 72 Section 7.5.6.5