AFSS Documentation for Passive Fire Systems: Records and Evidence You Need
August 4, 2026
Accurate documentation for passive fire solutions is essential to achieving a compliant and defensible Annual Fire Safety Statement (AFSS). IECC recognises that when AFSS time arrives, it is not enough for passive fire systems to simply be in place and functioning. Building owners and managers must also be able to demonstrate compliance through clear records covering design, installation, inspections, testing, maintenance and rectification.
Professional passive fire documentation helps building owners maintain clear evidence of installed systems, inspection findings, penetration details and completed rectification work.
Well-maintained records provide the evidence needed to support a successful sign-off. Drawings, product information, installation certificates, test reports and maintenance records help demonstrate that passive fire measures continue to perform as intended, while organised files make audits, certification and regulatory inspections more efficient.
Every AFSS relies on evidence that critical fire safety measures continue to perform as required. For passive fire systems, that evidence comes from accurate records that verify how each element was designed, installed, inspected and maintained. Without reliable documentation, confirming compliance becomes more time-consuming, intrusive and costly.
A clear record trail connects each passive fire element to its approvals, product information, inspection history and maintenance activities. This gives accredited practitioners confidence during assessments, reduces uncertainty during inspections and lowers the likelihood of delays or costly rectification.
Building owners should also understand the NSW fire safety certification requirements, including the roles of annual and supplementary fire safety statements, fire safety schedules and accredited practitioners.
A common example involves service penetrations. When electrical or communications contractors install new cabling through a fire-rated wall without updating the penetration register, there may be no evidence that the opening was correctly resealed using an approved fire-stopping system.
Every critical fire safety measure listed on the fire safety schedule must be verified as capable of achieving the required level of performance. For passive fire systems, this means records should demonstrate that the installed construction and any later modifications remain consistent with the approved design.
Supporting evidence should confirm alignment with:
When these records cannot be produced, certifiers may require destructive inspections or sections of walls and ceilings to be opened to verify construction. This can delay AFSS sign-off, increase project costs and disrupt building occupants.
Many passive fire elements are concealed behind walls, ceilings or service risers, making routine inspections difficult without reliable reference information. Comprehensive records establish a benchmark that allows practitioners to identify deterioration, unauthorised alterations or missing fire protection during annual assessments.
Photographs, previous inspection reports, defect histories and penetration registers provide valuable context when reviewing the condition of passive fire measures. For instance, a penetration register that records the location, services passing through the opening and the approved fire-stopping system allows inspectors to quickly determine whether later building works have compromised the fire rating.
Refurbishments, tenancy fitouts and building upgrades often involve work that affects fire-rated walls, floors and service penetrations. Unless these changes are properly documented, demonstrating ongoing compliance during future AFSS assessments becomes more difficult.
Maintaining a consistent record of every modification ensures changes are assessed, approved and supported with the appropriate evidence. Updated drawings, inspection records, photographs and product information create a continuous history of compliance that simplifies future assessments while reducing the risk of disputes between building owners, contractors and tenants.
The fire safety schedule serves as the benchmark for assessing whether a building continues to meet its required level of fire protection. It identifies each critical fire safety measure and defines the standard against which inspections, testing and maintenance are carried out.
The schedule should provide sufficient detail for practitioners to identify every relevant fire safety measure, verify the required level of performance and confirm compliance against the original design or approved performance solution. Clear, specific information enables more accurate inspections and creates a direct link between the schedule, supporting evidence and the systems installed throughout the building.
Each passive fire safety measure should be clearly identified so inspectors know what requires assessment and where it applies within the building. Typical measures include fire and smoke doors, fire shutters, fire-rated walls, floors and ceilings, fire-rated glazing, fire and smoke dampers, fire-stopping systems, penetration seals, joint seals, cavity barriers and fire-rated shafts or service risers.
Where a measure applies only to a particular level, tenancy or fire compartment, this should also be recorded. Precise identification helps ensure inspections focus on the correct assets and reduces the risk of important fire safety measures being overlooked.
Beyond identifying each passive fire measure, the schedule should also define the performance requirements that each system must continue to achieve.
This includes the required Fire Resistance Level (FRL), the relevant standard or approved performance solution and any installation conditions that are critical to maintaining the system's fire rating. Referencing the original design documentation or fire engineering report provides additional clarity and helps practitioners verify that the installed system continues to match the approved design intent.
The fire safety schedule should also outline the level of inspection, testing and maintenance expected for each passive fire measure. Although legislation often establishes minimum inspection intervals, additional checks may be required where the building design, occupancy or fire engineering strategy presents higher levels of risk.
Also important is identifying the evidence that must be retained to support future AFSS assessments. Inspection reports, maintenance records, photographs and any rectification documentation provide the proof that passive fire measures continue to perform. Maintaining this evidence throughout the building’s life makes future compliance assessments more efficient and reduces the likelihood of delays during certification.
Keeping accurate records of every passive fire asset is fundamental to demonstrating compliance during an AFSS. Certifiers, auditors and insurers expect building owners to provide clear evidence showing what passive fire measures are installed, where they are located, when they were last inspected and whether they remain compliant. Without a structured register, proving the ongoing performance of fire and smoke separation becomes difficult.
Understanding what a passive fire register should contain can help building owners create a consistent record of asset locations, fire ratings, product information, inspections and completed repairs.
A well-maintained passive fire register serves as the reference for managing fire protection throughout the building. It links each asset to its installation records, test reports, maintenance history, photographs and rectification work. When refurbishment projects, tenancy changes or defects arise, the register provides the information needed to determine what has been altered, what must remain protected and how compliance can be restored.
An effective register identifies every passive fire asset using a consistent format that allows information to be located quickly during inspections or audits. Each record should include the following:
Where a fire-stopping system protects multiple services passing through a single penetration, this relationship should also be recorded. Providing this level of detail helps prevent contractors from compromising a compliant fire barrier during maintenance or upgrade works.
The information recorded in the register should be easily matched to the physical asset in the building. Clear labels or tags allow inspectors to identify fire-rated elements without unnecessary investigation and reduce the risk of errors during inspections.
A typical label should display the asset identification number, the system type, the applicable FRL, the relevant test or assessment reference and the most recent inspection details. Labels should be durable, legible and positioned where they remain visible after access panels or ceiling tiles are removed. This is important for penetrations, dampers and other concealed passive fire measures.
Although spreadsheets may be suitable for smaller buildings, larger or more complex facilities benefit from dedicated fire safety or asset management software. Digital systems improve record accuracy, simplify updates and reduce the risk of information being lost across multiple files.
Many platforms support QR codes or barcodes that link directly to inspection records, photographs and product information. Floor plan integration also allows practitioners to locate individual assets more efficiently during inspections.
Keeping the register current is just as important as creating it. Every new penetration, refurbishment or alteration affecting a passive fire measure should be recorded as it occurs. One of the first things a competent fire safety practitioner will check during an assessment is whether the information in the register accurately reflects the condition of the building.
Inspection, testing and maintenance records provide the evidence that passive fire systems continue to perform as intended throughout the life of the building. Regulators, insurers and certifiers rely on these records to confirm that inspections have been completed at the appropriate intervals, defects have been addressed and statutory obligations have been met.
Well-documented routine passive fire compliance checks help confirm that fire doors, service penetrations, compartment walls and other fire-resisting elements remain identifiable and compliant.
Simply recording that an inspection took place is rarely enough. Each record should demonstrate what was inspected, where it was located, how it was assessed and what action, if any, was required to maintain compliance.
Clear and consistent records make it easier for practitioners to assess compliance and establish a reliable history for every passive fire asset.
Inspection records should generally include:
Using standardised templates or structured digital forms helps maintain consistency between inspections and allows auditors or certifiers to quickly locate the information they need.
Inspection intervals should reflect the building classification, the type of passive fire measure and any applicable standards or fire engineering requirements. Some passive systems require more frequent review than others, particularly where ongoing building works or high-risk occupancies increase the likelihood of damage.
Equally important is maintaining traceability between inspections, defect reports and completed rectification work. When a defect is identified, every stage of the process should be connected through photographs, work orders, completion records and updated inspection reports. This creates a continuous evidence trail that demonstrates how issues were identified, addressed and verified.
Regulatory inspections often require more than a completed checklist. Where unusual conditions exist, access to an area is restricted or a performance solution has been adopted, inspection records should include enough detail to explain how compliance was assessed.
Supporting evidence should be stored alongside the inspection report or linked through the building's asset management system. If an inspection cannot be completed in full, the reason should be documented together with any interim risk controls or follow-up actions.
Maintaining thorough and well-organised records demonstrates that passive fire systems have been managed responsibly and provides the evidence needed to support a smooth AFSS assessment, even when questions arise during regulatory review.
Demonstrating that passive fire systems have been installed correctly is just as important as showing they exist. During an AFSS assessment, certifiers and fire safety practitioners rely on installation records, product information and rectification evidence to confirm that each passive fire measure complies with the approved design and continues to perform as intended.
A complete record should establish a clear chain of evidence from product selection and installation through to inspections, maintenance and any subsequent repairs. Even where compliant work has been carried out, missing or incomplete records can delay AFSS sign-off because there is no reliable way to verify that the installed system matches the approved design.
Every passive fire product should be traceable to a tested or assessed system that is suitable for its intended application. Rather than simply identifying the manufacturer, records should demonstrate why the selected product meets the required fire performance and how it relates to the installed construction.
The NCC evidence-of-suitability requirements explain why appropriate documentary evidence is needed to demonstrate that a material, product, design or form of construction satisfies the relevant building requirements.
Supporting evidence includes current fire test or assessment reports, manufacturer technical data sheets, certificates of conformity or CodeMark certification where applicable, delivery records and marked-up drawings identifying where each product has been used.
Product substitutions require attention. If an alternative product is installed after the original design has been approved, the change should be supported by equivalent test or assessment evidence together with a documented design variation or engineering assessment confirming that the substitute remains suitable for the specific wall, floor or penetration system.
Reliable installation records include signed installation checklists, as-built drawings or penetration registers, time-stamped site photographs and installation certificates identifying the system used. Together, these records provide evidence that the passive fire measure was installed correctly before concealed building elements were closed or finished.
For example, photographs taken before a service riser is enclosed can confirm the type of backing material, sealant application, system identification label and overall workmanship. Without these records, verifying compliance months or years later may require destructive inspections that could otherwise have been avoided.
Every passive fire element should also carry a unique identifier that matches the drawings, penetration register and asset management system. Consistent identification makes future inspections, maintenance and defect tracking significantly more efficient.
Defects identified during inspections should always be supported by clear rectification records. Simply noting that repairs have been completed rarely provides enough evidence to satisfy an AFSS assessment.
A comprehensive rectification record should describe the original defect, explain the repair method, reference the tested or assessed passive fire system used and include photographs showing the completed work. Updated installation certificates, engineering assessments and revised drawings should also be retained whenever they apply.
The same approach should be followed for alterations completed during refurbishments or maintenance works. Every variation should be documented with the same level of detail as the original installation so future inspections can confirm that passive fire measures continue to align with the approved design and applicable standards.
Incomplete or inconsistent records are common in older buildings and can present challenges during an AFSS assessment. Rather than preventing compliance altogether, these situations should be approached methodically to establish a new, defensible evidence base that supports future certification.
The priority is to identify what information is missing, assess the associated level of risk and determine the most appropriate way to verify the existing passive fire systems.
The first step is to compare the available records with the building's current fire safety schedule and the passive fire measures installed on site. This process helps determine whether missing information relates to design documentation, installation records, product approvals, inspection history or previous rectification work.
Site inspections should confirm that passive fire systems match available drawings and product labels wherever possible. Any discrepancies, missing information or signs of unauthorised alterations should be recorded in a gap register with the level of risk and the proposed investigation strategy.
Creating this register provides a structured action plan and helps prioritise the areas most likely to affect life safety or delay AFSS sign-off.
Where historical records cannot be located, it is often possible to reconstruct sufficient evidence through targeted investigations.
Depending on the circumstances, this may involve intrusive inspections to verify concealed construction, identifying product labels that can be matched to published test reports, commissioning engineering assessments for unlabelled systems or carrying out field inspections to confirm the condition and performance of specific passive fire measures.
Any investigations should be carefully documented so the evidence remains available for subsequent AFSS cycles.
Despite thorough investigations, some uncertainty may remain, particularly in older buildings where historical information has been lost. Assumptions should never remain informal or undocumented.
Any limitations, engineering opinions or performance-based assessments should be recorded in a formal technical document together with the basis for each conclusion. Temporary risk controls, planned remediation works and updates to the passive fire register should also be documented so future practitioners understand the building's compliance history.
Early communication with the Accredited Practitioner (Fire Safety), certifier or local council can help avoid unnecessary delays during the AFSS process. Demonstrating a systematic investigation supported by transparent records is viewed more favourably than attempting to certify with incomplete or unexplained documentation.
Maintaining organised records is essential for demonstrating ongoing compliance from one AFSS cycle to the next. A well-managed documentation system reduces assessment time, supports accurate reporting and minimises delays caused by missing or inconsistent information. It also allows fire safety practitioners to trace the history of every passive fire measure from its original installation through to inspections, maintenance and any subsequent alterations.
Rather than treating records as individual project files, building owners and managers should maintain a centralised system that captures every stage of the asset's lifecycle. This approach makes information easier to locate and ensures valuable evidence is not lost when contractors or personnel change.
A single digital repository provides the most reliable way to manage passive fire records over the life of a building. Cloud-based document management platforms or dedicated fire safety asset management systems are more effective than storing information across multiple computers, email accounts or shared drives.
Documents should also be linked to floor plans, building information modelling (BIM) files or asset registers using consistent identification numbers. This allows practitioners to move quickly between a physical asset and its supporting records during inspections or audits.
Passive fire records should be retained for the life of the building, together with any additional period required under legislation, insurance policies or contractual obligations. Original design documents, approved performance solutions, installation records and engineering assessments remain valuable long after construction is complete and should not be discarded simply because newer versions exist.
Maintaining an accurate version history is equally important. Superseded drawings and specifications should be clearly marked as archived rather than deleted, while every revision should record the date of the change, the reason for the update and the person responsible for approving it.
Inspection reports, maintenance records, photographs and defect logs should also be organised chronologically so future practitioners can review the history of each passive fire measure. Linking rectification records to the original defect reports creates a complete evidence trail that simplifies future AFSS assessments and regulatory reviews.
Good record management is an ongoing process rather than a task completed shortly before an AFSS is due. Carrying out an annual documentation review allows building owners and managers to identify missing records, update asset registers and confirm that all recent inspections, repairs and refurbishment works have been properly captured.
Regular reviews also provide an opportunity to confirm that digital records remain complete, accurately labelled and accessible to the people responsible for maintaining compliance.
Maintaining accurate records for passive fire systems is fundamental to achieving a compliant and defensible AFSS. Clear evidence of design, installation, inspections, maintenance and rectification allows building owners to demonstrate that passive fire measures continue to perform as intended while making audits, certification and regulatory inspections more efficient.
Taking a structured approach to record management not only strengthens compliance but also reduces long-term risk, simplifies future AFSS assessments and supports better decision-making throughout the life of the building. With the right systems in place, organisations can respond to regulatory requirements while protecting occupants and valuable building assets. IECC helps clients establish reliable documentation practices that support safer, more resilient and fully compliant buildings.