SWMS Template

Toilet Installation

7 Hazards/16 Steps/7 PPE/5 min
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Installation of toilet suites including removal of existing toilets, installation of close-coupled, wall-hung, and in-wall cistern models, connection to sewer/waste water services, connection to water supply, silicone sealing, and compliance with AS/NZS 3500.2. Covers hazards specific to toilet installation: manual handling of heavy ceramic suites (25-45kg), exposure to raw sewage and biological hazards during old toilet removal and waste connection, silica dust from drilling bolt holes into concrete/tiled floors, slips and trips in wet bathroom environments, sharp ceramic and tile edges causing lacerations, and chemical exposure from adhesives and sealants. Pre-filled hazards, controls, and risk ratings.

Built for:PlumbersLicensed PlumbersPlumbing ContractorsPlumbing ApprenticesBathroom RenovatorsMaintenance PlumbersResidential PlumbersBuilding ContractorsBathroom Installers
70+ templatesPDF & DOCXAustralian WHS

What's In Your SWMS

01

7 Hazards & Controls

Already done for you
Risk

Back strain and herniated discs, shoulder injuries, wrist and hand injuries from awkward grip, crushed toes if suite dropped, laceration from sharp porcelain edges

What to do about it
Elimination

Request supplier deliver and pre-stage toilet suite in bathroom when feasible. Use modular/lightweight toilet designs (under 20kg component weight) where code compliant.

Substitution

Split-style toilet where pan and cistern are separate lightweight components instead of heavy close-coupled model.

Engineering
  • Two-person lift mandatory for any toilet suite over 20kg - never solo lift heavy suites
  • Mechanical lifting (hoisting strap) for wall-hung cisterns to reduce arm and back load
  • Transport toilet suite on wheeled trolley from vehicle to bathroom entrance
  • Use toilet carrier bag with handles to stabilize suite during final positioning
Administrative
  • Correct lifting technique: bend knees, keep back straight, grip near center of gravity
  • Take breaks between old toilet removal and new suite installation to avoid fatigue-related injuries
  • Plan bathroom access route before delivery - clear obstacles and doorways
  • Notify supervisor before handling any suite over 20kg
  • Use manufacturer lifting points if marked on suite
PPE

Steel cap boots (protect toes if suite dropped). Work gloves for grip. Knee pads for kneeling during installation.

02 Work Procedure

16-Step Work Procedure

Step-by-step procedure
1
Site arrival, induction, and pre-start meeting
2
Inspect site conditions and identify electrical hazards
Electrical Contact from Concealed Wiring - Drilling for Bolt Holes
3
Prepare work area - establish containment and protective flooring
Slips, Trips, and Falls on Wet Bathroom FloorsBiological and Sewage Exposure
4
Isolate water supply and flush old toilet to empty pan and cistern
5
Disconnect old toilet from water supply and waste
Biological and Sewage ExposureSharp Ceramic and Tile Edges - Laceration and Cuts
6
Remove old toilet from bathroom and clean waste outlet
Manual Handling - Heavy Toilet SuitesBiological and Sewage ExposureSharp Ceramic and Tile Edges - Laceration and Cuts
7
Prepare bathroom floor and position new toilet
Electrical Contact from Concealed Wiring - Drilling for Bolt HolesSlips, Trips, and Falls on Wet Bathroom Floors
8
Drill new toilet bolt holes (if required)
Crystalline Silica Dust from Drilling Toilet Bolt HolesElectrical Contact from Concealed Wiring - Drilling for Bolt Holes
9
Install wax ring or rubber flange seal on toilet outlet
10
Position new toilet suite and secure with floor bolts
Manual Handling - Heavy Toilet SuitesSlips, Trips, and Falls on Wet Bathroom Floors
11
Connect water supply to cistern and test operation
12
Clean toilet base and surrounding floor area
Slips, Trips, and Falls on Wet Bathroom Floors
13
Apply silicone sealant around toilet base
Chemical Exposure - Silicone Sealants and AdhesivesSlips, Trips, and Falls on Wet Bathroom Floors
14
Tool and finish silicone sealant bead
Chemical Exposure - Silicone Sealants and Adhesives
15
Perform final flush tests and leak checks
16
Final cleanup and documentation
03 Equipment & PPE

Equipment & PPE

Equipment (15)

  • Cordless drill-driver

    For drilling bolt holes into concrete or tile floors. Hammer function not required. Use appropriate masonry bit for concrete, spade bit for tile.

  • SDS rotary hammer drill

    For drilling into hardened concrete floors. Dust extraction attachment mandatory for silica control. Hearing protection required.

  • Tile hole saw (carbide tipped)

    For creating clean holes through glazed tile without cracking. Use with water spray to control dust and prevent thermal shock to tile.

  • Flexible hose connector (toilet water supply)

    Braided stainless steel hose with isolation valve. Check for kinks and twists before installation. Common sizes: 10mm or 12mm.

  • Adjustable wrench and spanner set

    For tightening bolts on cistern, pedestal, and water supply connections. Avoid over-tightening which can crack porcelain.

  • Silicone caulking gun

    For applying sanitary silicone around toilet base and between wall and pedestal. Caulk gun with integral trigger and smooth plunger reduces hand fatigue.

  • Grout sponge and finishing tools

    For smoothing and finishing silicone beads. Wet sponge for water-based products. Clean tools regularly to prevent silicone buildup.

  • Bucket, rags, and sponges

    For cleaning up excess adhesive, silicone, and washdown. Absorbent rags for drying floor after disconnect of old toilet.

  • Toilet flange bolts and washers

    Stainless steel or brass bolts with plastic caps to prevent corrosion. Standard size: M8 x 25mm or 5/16" x 1" (US). Some cisterns use different mounting hardware.

  • Wax ring or rubber flange seal

    Creates watertight seal between toilet outlet and soil pipe flange. Many modern toilets use rubber or rubber-wax blend seals. Keep backup rings on site.

  • Floor levelling shims or compound

    For adjusting toilet height on uneven bathroom floors. Plastic shims or self-levelling compound used to prevent rocking and stress on porcelain.

  • Step ladder or platform

    For accessing high wall-hung cisterns during installation. Minimum 4-step ladder for bathroom height work. Ensure stability and footing.

  • Safety cable or strapping (for wall-hung cisterns)

    Backup support cable for wall-hung and in-wall cisterns. Prevents catastrophic failure if mounting bolts fail. BS/EN 1527 compliant.

  • Wet/dry vacuum cleaner

    For cleaning up water spills, removing waste water from old toilet pan, and drying work area. Essential for hygiene when removing old toilets connected to live sewage.

  • First aid kit

    Include wound dressings for ceramic cuts, burn cream for thermal injuries, eye wash, and gloves. Sharp ceramic edges require proper wound care.

PPE (7)

  • Safety glasses (impact rated)AS/NZS 1337

    MANDATORY during drilling, tile cutting, and fastening. Impact-rated for tile and ceramic fragments, dust particles.

  • P2 dust maskAS/NZS 1716

    Required when drilling concrete or removing silica-containing grout. Mandatory if floor contains engineered stone (silica dust hazard). Minimum P2 rated for respirable crystalline silica.

  • Chemical-resistant gloves (nitrile)AS/NZS 2161

    Required when handling silicone sealants, adhesives, and cleaning products. Nitrile gloves sufficient for most bathroom chemicals. Change if breakthrough occurs.

  • Disposable latex or nitrile glovesAS/NZS 2161

    For handling old toilet (potential sewage contamination), waste connections, and when basic hygiene is required. Double glove for extra protection when removing old toilets.

  • Safety footwear (steel cap, puncture-resistant sole)AS/NZS 2210.3

    Steel cap protects from dropped porcelain toilet suites (25-45kg). Puncture-resistant sole for sharp tile edges and embedded glass. Water-resistant for wet bathroom environment.

  • High-visibility vestAS/NZS 1906

    For visibility if working in multi-unit buildings or where other trades may be on site. Makes location obvious in bathrooms and corridors.

  • Knee pads or kneeling matAS/NZS 2161

    For comfort during toilet installation (significant kneeling time to secure bolts and seal base). Thick foam pads reduce contact pressure and improve work quality.

04 Training & Emergency

Training & Emergency

Competency Requirements

  • Construction Induction Card (White Card)training

    Required for all workers on construction sites. CPCWHS1001.

  • Plumbing Licence (state-specific)licence

    Licensed plumber required in all Australian jurisdictions. Underpinned by Certificate III in Plumbing (CPC32420). Toilet installation is restricted plumbing work in all states.

  • Certificate III in Plumbing (CPC32420)certificate

    Nationally recognised trade qualification. Covers sanitary plumbing and water services required for toilet installation.

  • Hepatitis A, B and Tetanus (TDaP) Vaccinations

    Strongly recommended for workers with regular sewage exposure. Check vaccination records - Hepatitis B requires series of 3 doses; Tetanus booster every 10 years; Hepatitis A single dose usually sufficient.

  • Cable Avoidance Training or Electrical Awareness

    Training in use of cable detectors and electrical hazard awareness recommended for workers drilling floors. Internal company training acceptable if covering detection methods and limitations.

  • First Aid Certificate

    HLTAID011 Provide First Aid. Recommended for lead plumber on site given injury hazards (ceramic cuts, electrical hazards). Critical if working alone.

Emergency Procedures

  • SEWAGE SPLASH IN EYES: Flush eyes with clean water for 15 minutes. Seek immediate medical attention. Report as biological exposure incident.

  • DEEP CERAMIC CUT: Apply direct pressure with clean cloth. If bleeding does not stop after 10 minutes of pressure, seek medical attention. If contaminated with sewage, treat as biological exposure.

  • ELECTRICAL SHOCK: Do NOT touch person if still in contact with power source. Isolate power at switchboard if safe. Call 000 immediately. Commence CPR if unconscious and no breathing/pulse.

  • CHEMICAL BURN FROM SEALANT: Remove contaminated clothing. Flush skin with water for 10 minutes. Do NOT apply creams or ointments. Cover with clean dressing. Seek medical attention for significant burns.

  • SLIP ON WET FLOOR: If conscious, assess for injuries. If injury present, do not move - call 000. If conscious and no apparent injury, assist to sit down. Apply first aid as appropriate.

Everything above, included in your SWMS document.

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SWMS Template
Toilet Installation
7 Hazards & Controls
16 Work Procedure Steps
7 PPE Requirements
Emergency Procedures
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High-Risk Construction Work Categories

Under Australian WHS Regulations (Part 3.4 - High Risk Construction Work; Div 3 - Electrical Safety; Div 4 - Plumbing and Drainage), this work is classified as high-risk due to:

  • Work on or near energised electrical installations (Drilling bolt holes through tiles and concrete for toilet pedestal or in-wall cistern mounting creates risk of contact with concealed electrical cables. Cable detection required before drilling.)
  • Work in confined spaces (Bathroom spaces can be confined with restricted ventilation. Risk of biological hazard exposure from sewage connections and exposure to solvent fumes from adhesives and silicone sealants in poorly ventilated areas.)

Australian Standards Referenced

AS/NZS 3500.2:2025 - Plumbing and drainage - Part 2: Sanitary plumbing and drainage
AS/NZS 3500.1:2025 - Plumbing and drainage - Part 1: Water services
AS 4020:2018 - Testing of products for use in contact with drinking water
AS/NZS 1337:2010 - Eye and Face Protection - Standards for Protective Devices
AS/NZS 1716:2012 - Respiratory protective devices
AS/NZS 2161:2008 - Protective gloves for occupational use
AS/NZS 2210.3:2021 - Safety footwear

Who Needs This SWMS?

This template is designed for the following trades and roles performing toilet installation work.

PlumbersLicensed PlumbersPlumbing ContractorsPlumbing ApprenticesBathroom RenovatorsMaintenance PlumbersResidential PlumbersBuilding ContractorsBathroom Installers

Frequently Asked Questions

What hazards are covered in a toilet installation SWMS?

This template covers seven key hazards: manual handling of heavy toilet suites (25-45kg), biological and sewage exposure during old toilet removal and waste connection, crystalline silica dust from drilling concrete or tile floors, sharp ceramic and tile edges causing lacerations, slips and trips on wet bathroom floors, electrical contact from concealed wiring when drilling, and chemical exposure from silicone sealants and adhesives.

Do you need a licence to install toilets in Australia?

Yes. Toilet installation is regulated plumbing work in all Australian states and territories. You need a plumbing licence underpinned by Certificate III in Plumbing (CPC32420). In NSW, a licence is required for work over $5,000. Apprentices may only work under direct supervision of a licensed plumber.

What are the biological hazards when removing an old toilet?

Old toilets connected to active sewage systems present exposure to raw human waste containing waterborne pathogens. Risks include Hepatitis A and B, Typhoid, Gastroenteritis, Cryptosporidium, and Legionella. Workers with regular sewage exposure should be vaccinated against Hepatitis A and B and have current Tetanus protection. Double glove during removal and wash hands thoroughly with soap and water (alcohol sanitizer ineffective).

Is wet drilling mandatory for toilet bolt holes?

Yes. Wet drilling is mandatory since 1 September 2024 for all concrete drilling in construction in Australia. Bathroom floors typically contain concrete with 50-60% silica by weight. If floor contains engineered stone (kitchen island or vanity), silica content is 20-95%. Continuous water suppression eliminates silica dust risk. Use cordless drill with water spray or portable pump for on-tool water delivery. Wear P2 respirator during all concrete drilling.

What PPE is required for toilet installation?

Minimum PPE includes: safety glasses during drilling and fastening, P2 dust mask for concrete drilling, chemical-resistant nitrile gloves for sealant/adhesive handling, disposable gloves for old toilet removal (double glove recommended), steel cap boots with high-grip sole to prevent slips on wet floors, and knee pads for comfort during extended kneeling. Hearing protection if using SDS drill (over 85 dB(A)).

How do you safely handle a 40kg toilet suite?

Two persons are required to safely handle toilet suites over 20kg. Correct lifting technique: bend knees, keep back straight, hold near center of gravity, and keep load close to body. Transport heavy suites on wheeled trolley from vehicle to bathroom entrance. Use toilet carrier bag with handles to stabilize suite during final positioning. Take breaks between old toilet removal and new suite installation to avoid fatigue-related injuries.

What is a wax ring and why is it important?

A wax ring (or modern rubber seal) creates a watertight and airtight seal between the toilet outlet and the soil pipe flange. It prevents sewage leaks and odors escaping into the bathroom. The ring is pressed firmly around the toilet outlet nose before positioning on the floor. If ring is hardened, warm gently with warm water to restore pliability. Keep backup rings on site - installation is impossible if ring is damaged during handling.

Can you use an old wax ring again?

No. Always use a new wax ring. Old rings lose their sealing properties, may have debris embedded, and cannot provide reliable seal. This is a false economy - risk of sewage leaks, bad odors, and expensive callbacks far exceeds cost of new ring. Modern rubber seals are reusable (if undamaged), but wax rings should never be reused.

When is cable scanning required before drilling toilet bolt holes?

Cable scanning is MANDATORY before EVERY drill point for toilet bolt holes. Standard residential wiring runs through concrete slabs and under bathroom floors. Modern bathroom circuits are 20A. Metal drill bits conduct electricity directly to worker. 240V domestic supply contact can cause cardiac arrest. Use electromagnetic cable locator and non-contact voltage detector at each drill location. Mark detected cables. If scanning inconclusive, assume cables present and isolate circuit at switchboard.

What are the fire risks with silicone sealants in bathrooms?

Fire risk from silicone sealants is minimal in bathroom environment. However, some adhesives and sealants are flammable before cure. Ventilate bathroom during and after application (24-hour cure period). Keep sealant containers sealed when not in use. Most silicone sealants release acetic acid during cure - maintain ventilation. Risk is primarily from other sources (electrical) rather than sealants themselves.

How long does silicone sealant take to cure around a toilet?

Typical silicone sealant requires 24 hours for full cure. Surface tack occurs within 2-3 minutes (safe to flush), but sealant remains soft for several hours. Customer should not be aggressive with cleaning around base for at least 24 hours. Some premium sealants cure faster (12 hours). Always follow manufacturer curing time on sealant tube. Bathroom should remain well-ventilated during cure period.

Do toilets require ventilation in Australia?

Toilet rooms do not require separate mechanical ventilation in Australian Building Standards if they have an openable window providing natural ventilation. However, modern bathroom exhaust fans improve air quality and reduce odor. Ventilation is mandatory when installing toilet in bathroom shared with bathing facilities (AS/NZS 3500.2). All bathrooms should have windows or exhaust fans for moisture control.

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