Fire Door Installation SWMS
Safe Work Method Statement covering the key hazards and control measures for fire door installation.
SWMS variants reference your state’s WHS legislation. Instant download after payment.
Fire door installation is a passive fire protection trade combining carpentry, hardware fitting and compliance certification under the National Construction Code Volume One Section C. Workers handle 60-120 kg fire-rated leaves, fit intumescent seals, install self-closers and mortice locks, and verify gap tolerances against AS 1905.1. The work routinely involves elevated platforms for frame installation in commercial corridors, power tool use in occupied buildings, and exposure to manufactured timber dusts and isocyanate-based intumescent products. Under WHS Regulation 2025, a Safe Work Method Statement is mandatory whenever the task constitutes high-risk construction work — fire door installation regularly triggers section 291 categories including work at height above two metres during frame and overhead closer installation. PCBUs must prepare, consult on, and implement the SWMS before work commences, and maintain it as a live document for the duration of the project plus two years post-completion.
Hazards identified
7 hazards covered, sorted by priority.
Acute lumbar disc injury, crush injuries to feet and hands, long-term musculoskeletal disability and lost-time claims
Fractures, traumatic brain injury or fatality from falls exceeding two metres onto hard floor substrates
Occupational asthma, formaldehyde sensitisation and long-term respiratory impairment from repeated exposure
Vibration white finger, tendon injury and severe lacerations requiring surgical repair and extended rehabilitation
Finger amputations, crush fractures and degloving injuries when adjusting closer tension on live doors
Permanent noise-induced hearing loss and tinnitus from sustained exposure in reverberant occupied spaces
Electrocution, arc flash burns or fatality from drilling into live cabling during retrofit installations
Control measures
Hierarchy-of-controls order: elimination → substitution → isolation → engineering → administrative → PPE.
- 1Elimination — Specify factory pre-hung doorsets where project tolerances allow, removing on-site leaf trimming and reducing dust generation and manual handling exposure entirely.
- 2Elimination — Sequence fire door installation before ceilings close and before occupancy, eliminating overhead work in confined occupied corridors and live electrical proximity hazards.
- 3Substitution — Substitute solvent-based intumescent sealants with low-VOC water-based equivalents compliant with AS 1530.4 to reduce respiratory and dermal chemical exposure.
- 4Substitution — Replace corded routers with battery brushless tools fitted with HEPA dust extraction shrouds to lower noise levels and airborne wood dust concentrations.
- 5Engineering — Use mechanical door lifters, vacuum leaf carriers or two-person carrying frames rated to 150kg for all leaf positioning into frames above floor level.
- 6Engineering — Deploy mobile scaffold or certified platform ladders compliant with AS/NZS 1892 for all frame anchoring and overhead closer fitting above 1.8 metres.
- 7Engineering — Use cable and stud detectors verified daily before any fixing into existing walls, with circuits isolated and tested using AS/NZS 3012 lockout procedures.
- 8Administrative — Conduct daily pre-start SWMS review identifying the day's door schedule, services drawings, exclusion zones and rescue arrangements, with signed worker consultation records retained.
- 9Administrative — Rotate operators on routing and planing tasks to limit continuous vibration exposure below the AS 2670.1 daily action value of 2.5 m/s².
- 10PPE — Wear P2 respirators, Class 5 cut-resistant gloves, Category 1 hearing protection, safety glasses to AS/NZS 1337.1 and steel-cap footwear to AS/NZS 2210.3 throughout the task.
Applicable Codes of Practice
Mandates installation tolerances, hardware compatibility and certification tagging that the SWMS verification step must demonstrate has been physically achieved on each leaf.
Triggers documented fall control measures for frame and closer installation above two metres, requiring platform selection justification within the SWMS itself.
Governs P2 respirator fit-testing, storage and maintenance records required where dust generation from on-site door trimming cannot be eliminated through engineering controls.
Imposes risk assessment duties for repetitive lifting of doorsets exceeding manual handling thresholds and dictates mechanical aid provision documented in the SWMS.
High-Risk Construction Work triggered
Fire door frame anchoring, transom fixing and overhead self-closer installation routinely require platform access exceeding two metres above the supporting floor surface.
PCBUs must prepare the SWMS before work starts, consult affected workers, monitor compliance, stop work on breach, and retain records for two years — penalties are substantial and indexed; current maximum follows the prevailing WHS schedule.
Who this is for
- →Fire door installers on commercial fit-out projects
- →Passive fire protection subcontractors in healthcare facilities
- →Carpentry contractors retrofitting Class 9 buildings
- →Principal contractors coordinating fire compliance trades
What you receive
- ✓Editable DOCX template — Microsoft Word compatible
- ✓State-specific WHS legislation schedule (NSW/VIC/QLD/SA/WA/TAS/NT/ACT)
- ✓Hazard register with risk ratings + hierarchy-of-control mapping
- ✓Worker sign-on register, pre-start checklist, and incident escalation flow
Worked example
On a six-storey aged-care refurbishment, the fire door subcontractor arrives Monday to install 14 FRL 60/60/60 leaves across the second-floor corridor. At the 6:45am pre-start, the leading hand opens the Fire Door Installation SWMS on a site tablet and walks the two-person crew through it. They identify today's specific hazards: leaves weigh 84kg each, closer fitting requires platform ladder use at 2.3 metres, and the corridor remains semi-occupied with residents passing through. The crew selects the mechanical door lifter from the engineering controls list rather than two-person carrying, sets up a certified platform ladder per AS/NZS 1892 instead of the stepladder initially planned, and confirms cable detector batteries before any frame fixing. Both workers sign the SWMS consultation register, noting the specific control selections. At 10am, the carpenter discovers concealed conduit in a frame reveal not shown on drawings. He stops work, returns to the SWMS, and applies the electrical contact hazard control — isolating the suspect circuit through the facilities electrician and re-testing before proceeding. The amendment is dated and initialled on the document. End of shift, the SWMS is filed with the site safety pack, ready for the principal contractor's Tuesday audit, demonstrating active field use rather than shelf compliance.
Related legislation
- WHS Act 2011 (model)
- WHS Regulation 2025
- Managing the Risk of Falls at Workplaces CoP
Frequently asked questions
Is fire door installation high risk construction work?
Regularly, yes. Frame anchoring, transom fixing and overhead self-closer installation put the installer on a platform above two metres, which is high risk construction work under WHS Regulation section 291(a). Retrofit work adds section 291(k), because fixing frames into existing walls means drilling within reach of concealed live cabling. Once either applies, section 299 requires the SWMS to be prepared, consulted on and implemented before work commences, and kept as a live document for the project duration. On a fully pre-hung doorset at ground level with no drilling into services, those triggers may not be engaged.
How does it handle the weight of the leaves?
First by not lifting them at all where the project allows it — specifying factory pre-hung doorsets removes on-site trimming and most of the handling in one decision. Where leaves are hung on site, fire-rated leaves run from 60 to 120 kg, so positioning is done with a mechanical door lifter, a vacuum leaf carrier or a two-person carrying frame rated well above the leaf weight, not by shouldering it into the reveal. In the worked example the crew swaps a planned two-person carry for the door lifter once the leaves come in at 84 kg each, and records that selection on the consultation register.
What stops someone drilling into a live cable in an existing wall?
Cable and stud detectors, verified working each day before the first fixing, and a stop-work rule when something unexpected appears. Suspect circuits are isolated and tested to a documented lockout procedure before drilling resumes, using the building's own electrician where the installer is not licensed to do it. The worked example is the realistic case: concealed conduit turns up in a frame reveal that is not on the drawings, the carpenter stops, the circuit is isolated through the facilities electrician and re-tested, and the amendment is dated and initialled on the document before work continues.
Does this cover the compliance side of the doorset as well?
It covers the safety of the installation and includes a verification step, but it is a work health and safety document, not a certification. AS 1905.1 sets the installation tolerances, hardware compatibility and tagging that must be physically achieved and evidenced on every leaf, and that evidence is yours to produce. On the health side the method does address the products used: substituting low-VOC water-based intumescent sealants where the tested system permits, and running battery brushless routers with HEPA extraction shrouds so MDF and seal dust is captured rather than inhaled, with P2 respirators fit-tested under AS/NZS 1715.
Can I use it in an occupied building?
Yes, and the method is written for it. The preferred sequence is installing before ceilings close and before occupancy, but where a corridor stays in use — an aged-care refurbishment with residents passing through, for instance — the daily pre-start identifies the door schedule, services drawings, exclusion zones and rescue arrangements for that specific area. Closer commissioning is treated as its own pinch hazard because tension is adjusted on a live self-closing leaf, and impact drivers and routers in reverberant corridors push past the noise exposure standard. You receive an editable Word document, bought once, that you tailor per project.
Document details
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