NFPA CFI-II cheat sheet

NFPA 1031 defines Fire Inspector II as an individual who conducts inspections, prepares inspection reports, and processes code violations with authority to issue notices and recommend legal action.

Inspection authority derives from the adopted fire code, local ordinance, and enabling statute; the inspector may enter premises only where statutory right of entry, consent, warrant, or exigent circumstance exists.

A notice of violation must identify the code section, the specific condition, the corrective action required, and a compliance deadline; vague descriptions are unenforceable on appeal.

Occupancy classification under the fire code (assembly, business, educational, mercantile, residential, storage, industrial) drives allowable occupant load, egress, and fire protection requirements.

Permit-required activities typically include new construction, alterations, changes of occupancy, hazardous material storage above threshold quantities, and installation of fire protection systems.

Certificate of occupancy or completion is withheld until all fire code deficiencies identified during plan review and final inspection are corrected and verified.

Inspection frequency is risk-based: high-hazard and assembly occupancies are inspected more often than low-hazard storage or business occupancies under a written inspection schedule.

Re-inspection confirms correction; repeat noncompliance escalates through administrative citation, permit suspension, or referral to legal counsel for injunctive relief.

Plan review verifies that submitted drawings show occupancy classification, construction type, occupant load, egress capacity, fire protection systems, and fire-resistive separations.

Means of egress capacity is calculated by dividing occupant load by the capacity per unit width; egress width must not decrease in the direction of travel toward the exit.

Common path of travel, travel distance to an exit, and dead-end corridor limits are checked separately; each has its own numeric limit by occupancy and sprinkler status.

Required fire resistance of structural elements is set by construction type (Type I through Type V) and is reduced where automatic sprinkler protection is provided as permitted by code.

Fire flow and hydrant spacing are evaluated against the needed fire flow for the building's construction, occupancy, and exposure; insufficient flow may require on-site water supply.

Shop drawing and hydraulic calculation submittals for sprinkler, standpipe, alarm, and smoke control systems are reviewed for compliance before installation begins.

Changes during construction require revised drawings and re-review; field deviations from approved plans must be documented and approved in writing.

Automatic sprinkler systems require quarterly and annual inspection, testing, and maintenance tasks under NFPA 25, plus a 5-year internal pipe inspection.

Sprinkler spare heads, wrench, and a supply of matching heads must be maintained on site; stock quantities scale with the number of heads installed.

Fire pumps require weekly no-flow churn runs, annual flow testing, and controller and battery checks per NFPA 25.

Standpipe systems require hydrostatic testing at intervals and flow tests; hose valves and caps must be intact and accessible.

Fire alarm systems are inspected and tested per NFPA 72; initiating devices, notification appliances, and supervising station connections have defined test frequencies.

Records of inspection, testing, and maintenance must be retained and made available; missing records are themselves a code violation.

Impairment procedures require notification of the fire department and the alarm company, a fire watch where required, and documentation of the impairment and restoration.

Portable extinguishers are inspected monthly and maintained annually, with hydrostatic testing at intervals based on extinguisher type.

Hazardous material quantities are compared against maximum allowable quantities per control area; exceeding the MAQ requires a separate control area or a higher-hazard design.

Control areas are limited in number and size by floor level and construction type; basements and upper floors have stricter limits.

Flammable and combustible liquids are classified by flash point and boiling point; storage, dispensing, and use each carry distinct requirements.

Compressed gas cylinders must be secured upright, separated by hazard class, and stored away from heat and ignition sources with valve protection in place.

Hazard identification signage (NFPA 704 or equivalent) communicates health, flammability, instability, and special hazards at entrances and storage locations.

Spray finishing, dipping, and coating operations require ventilation, bonding and grounding, and separation from ignition sources.

Dust-producing operations require housekeeping, ignition control, and explosion protection where combustible dust hazards exist.

Emergency planning for hazardous materials includes spill response, evacuation, and coordination with the local emergency planning committee.

The fire scene must be secured and the origin and cause determination coordinated with the authority having jurisdiction before evidence is disturbed.

Chain of custody documentation records every transfer of evidence; a broken chain can render evidence inadmissible.

Searches require consent, a warrant, or a recognized exception such as exigent circumstance or plain view.

Statements and photographs should be documented contemporaneously and preserved; witness interviews are recorded with time, date, and identity.

Administrative enforcement uses notices, citations, and hearings; criminal enforcement requires referral to the prosecutor with a complete case file.

The inspector may be required to testify; testimony should be limited to observations, code requirements, and documented findings.

Spoliation of evidence and unauthorized entry can expose the jurisdiction to liability and undermine the case.

An inspection report should record date, time, inspector identity, occupancy, persons contacted, conditions observed, code sections cited, and required corrective actions.

Reports must be objective and factual; conclusions should be supported by observed conditions and referenced code sections.

Photographs should be dated, labeled, and cross-referenced to the narrative in the report.

Records retention schedules are set by statute and jurisdiction policy; inspection records may be subject to public records requests.

Follow-up tracking systems record the status of each violation from issuance through correction and closure.

Reports may be discoverable in litigation; write every report as if it will be read in court.

Community risk reduction identifies local risk profiles and targets inspection, education, and engineering interventions accordingly.

Public education programs should be evaluated for reach and behavior change, not just attendance counts.

Fire safety education for occupancies includes evacuation drills, extinguisher training, and occupant load awareness.

Partnering with schools, businesses, and community groups extends inspection findings into prevention messaging.

Data from inspection findings and incident reports should inform where education resources are directed.

The inspector must avoid conflicts of interest and disclose any relationship with the owner, contractor, or occupant.

Inspectors should maintain current knowledge of adopted code editions and referenced standards.

Decisions must be based on adopted code, not personal preference; interpretations should be documented and applied consistently.

Confidential information obtained during inspections should be protected consistent with law and policy.

Professional credentials and continuing education requirements should be maintained and verifiable.