High-Rise Window Cleaning SWMS
Above-2-storey window cleaning using rope descent systems (RDS) or BMU. Covers IRATA rope access, anchor certification, rescue plan, and dropped-object controls.
SWMS variants reference your state’s WHS legislation. Instant download after payment.
High-rise window cleaning above two storeys is one of the highest-consequence routine maintenance tasks performed on Australian commercial buildings. Operatives suspend from rope descent systems (RDS), building maintenance units (BMU), or travelling ladders, working at heights that routinely exceed 30 metres with continuous exposure to fall, suspension trauma, wind shear, and dropped-object risk. Under WHS Regulation 2025 Part 4.4, this work triggers High Risk Construction Work (HRCW) Category 1 (risk of fall greater than 2 metres) and Category 17 (rope access systems), making a documented Safe Work Method Statement legally mandatory before any worker is permitted on the facade. The SWMS must identify each hazard, specify controls in line with AS/NZS 1891 and AS/NZS 4488, nominate certified anchor points, and detail a rescue plan executable within 10 minutes of a suspension event. PCBUs failing to prepare, communicate, and enforce a compliant SWMS face regulator enforcement action and personal officer liability under WHS Act s27.
Hazards identified
7 hazards covered, sorted by priority.
Fatal impact injury or catastrophic suspension trauma if backup line fails or is incorrectly rigged
Complete system failure causing fatal fall; criminal liability for PCBU under WHS Act s31 reckless conduct
Loss of consciousness within 10-30 minutes, cardiac arrest if rescue delayed beyond suspension trauma window
Severe head injury or fatality at ground level; public liability exposure under Civil Liability Act
Uncontrolled swing into glazing, lacerations, equipment damage, possible ejection from work seat
Electrocution, involuntary muscle contraction causing grip release and secondary fall
Chemical burns, dermatitis, respiratory irritation; long-term sensitisation under HazSubs Code of Practice
Control measures
Hierarchy-of-controls order: elimination → substitution → isolation → engineering → administrative → PPE.
- 1Elimination — Specify reachable-from-inside tilt-and-turn or pivot glazing at design stage to eliminate facade rope access entirely on new builds.
- 2Elimination — Where building has permanent BMU, prohibit RDS use and mandate cradle access only, removing rope-suspension fall exposure.
- 3Substitution — Replace solvent-based glass restorers with pH-neutral biodegradable detergents to remove HF and caustic exposure hazards from the task.
- 4Engineering — Use only certified anchor points tested annually to AS/NZS 5532 with current load-test certificates; verify before each descent on register.
- 5Engineering — Deploy independent twin-rope system (working line plus backup) with separate anchors per AS/NZS 4488.1 and IRATA ICOP.
- 6Engineering — Install ground-level exclusion zone with hard barriers, spotters, and tool tethering on every item over 100 grams per AS 2550.
- 7Administrative — Verify operatives hold current IRATA Level 1-3 or SPRAT certification, plus annual rescue drill within last 6 months, before site access.
- 8Administrative — Conduct pre-start wind monitoring; cease work when sustained wind exceeds 36 km/h or gusts exceed 45 km/h per manufacturer BMU limits.
- 9Administrative — Implement rescue plan with dedicated standby rescuer on-rope, capable of reaching casualty within 10 minutes to prevent suspension trauma.
- 10PPE — Full body harness to AS/NZS 1891.1 with suspension trauma straps, helmet with chinstrap to AS/NZS 1801, eye protection, and cut-resistant gloves.
Applicable Codes of Practice
Mandates harness type, inspection frequency, and configuration for industrial rope access; directly governs every operative connection point on the facade.
Specifies twin-rope independence, anchor redundancy, and descender selection criteria — the technical baseline for compliant RDS operations above 2 metres.
Establishes PCBU duty to apply hierarchy of control, prepare SWMS for a high risk construction work category falls, and consult workers on fall-arrest selection.
Defines load-test, marking, and certification regime for facade anchors; non-compliant anchors void the entire rope system and trigger immediate work cessation.
High-Risk Construction Work triggered
All facade cleaning above ground floor places the operative at heights routinely 10-200 metres, with continuous exposure to free-fall arrest scenarios.
PCBU must prepare, consult workers on, and supply the SWMS before work starts; records retained 2 years (5 if notifiable incident). Penalties for breach are substantial and indexed; current maximum follows the prevailing WHS schedule.
Who this is for
- →Commercial window cleaning contractors operating above 2 storeys
- →IRATA/SPRAT certified rope access technicians and supervisors
- →Facilities managers overseeing facade maintenance contracts
- →Principal contractors coordinating high-rise refurbishment works
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 Tuesday morning at a 28-storey commercial tower, a three-person rope access crew assembles at the rooftop plant deck for the weekly facade clean. The supervisor pulls up the High-Rise Window Cleaning SWMS on a tablet and runs the pre-start brief beside the certified anchor register. She reads each of the seven listed hazards aloud, confirms current anchor test certificates dated within 12 months, and checks the Bureau of Meteorology forecast — sustained winds at 22 km/h with gusts to 34, inside the 45 km/h cease-work threshold from the administrative control. Each technician produces their IRATA logbook, suspension trauma strap, and tethered tool lanyards; the SWMS sign-on sheet is signed by all three plus the rooftop spotter. The nominated standby rescuer rigs a pre-tensioned rescue line on the adjacent anchor pair, ready to reach any casualty within the 10-minute suspension window. Mid-morning, gusts climb to 41 km/h on the anemometer. The lead technician calls a hold, all operatives ascend to the next re-belay, and the supervisor records the wind event in the SWMS variation log before resuming 25 minutes later when conditions ease. At completion, the signed SWMS, anchor register, and wind log are filed against the building's facade maintenance record for the mandatory 2-year retention period.
Related legislation
- WHS Act 2011 (model)
- WHS Regulation 2025
- Managing the Risk of Falls at Workplaces CoP
Frequently asked questions
Is high-rise window cleaning high risk construction work?
Yes. Being routine maintenance does not soften it — the operative is suspended on a facade at anywhere from ten to two hundred metres, which is a risk of falling more than 2 metres under s291(a) of the WHS Regulation 2025, and s299 makes the SWMS mandatory before any worker goes over the parapet. The document has to name each hazard, specify controls consistent with AS/NZS 1891 and AS/NZS 4488, identify the certified anchor points being used on that building, and set out a rescue plan. Officers carry personal liability under WHS Act s27 for failing to ensure it exists and is followed.
How do we know the facade anchors are safe to use?
By certificate and register, never by appearance. Anchors must comply with AS/NZS 5532, be load-tested annually, and be checked against a current certificate on the anchor register before each descent — a facade eyebolt that looks sound can be corroded internally or have been overloaded by a previous crew. A non-compliant anchor voids the entire rope system and is an immediate stop. Rigging is twin-rope per AS/NZS 4488.1: a working line and an independent backup on separate anchors, not two ropes clipped to the same point, which defeats the redundancy the standard exists to create.
What certification and rescue capability does the crew need?
Operatives hold current IRATA Level 1 to 3 or SPRAT certification, verified before site access rather than taken on trust, with a rescue drill completed within the last six months. Capability matters more than the card: suspension intolerance can bring on loss of consciousness within ten to thirty minutes of a static hang, so a dedicated standby rescuer stays on rope with a pre-rigged line, able to reach a casualty inside ten minutes. Every harness carries suspension trauma straps so a hanging worker can take weight off the leg loops while the rescue runs.
What stops work, and how are people below protected?
Wind is the usual stop: the template sets cease-work at sustained wind above 36 km/h or gusts above 45 km/h, checked against the cradle or platform manufacturer's own limits, with the added complication that facade vortices around a tower behave nothing like the rooftop reading. On the ground, a hard-barriered exclusion zone with spotters runs for the duration, and every item over 100 grams is tethered — a squeegee dropped from twenty-eight storeys is a fatality, and the liability that follows is not confined to the workers compensation scheme.
Does it cover cradle work as well as rope access, and what do I receive?
It covers rope descent systems, building maintenance unit cradles and travelling ladders, and it takes a position: where a building has a permanent BMU, cradle access is mandated and rope suspension is prohibited, because the safest rope job is the one not done. The chemistry is scoped too, with pH-neutral biodegradable detergents substituted for hydrofluoric-based glass restorers. You receive an editable Microsoft Word document, bought once, with the hazard register mapped to the hierarchy of control, a state-specific legislation schedule, sign-on register and pre-start checklist.
Document details
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