Locksmith & Key Systems SWMS
Locksmith and key system work — mechanical lock installation, key cutting and duplication, master key system installation, safe opening, and electronic access control cylinder fitting.
SWMS variants reference your state’s WHS legislation. Instant download after payment.
Locksmith and key system work covers a diverse range of tasks including mechanical lock installation, pin tumbler and wafer key cutting, master key system design and rollout, safe manipulation and forced opening, and the fitting of electronic access control cylinders to existing door hardware. While often perceived as low-risk trade work, locksmithing exposes workers to rotating cutting machinery, hand and power tool injuries, manual handling of heavy safes, and unique risks associated with working alone in occupied or unfamiliar premises.
Under the model Work Health and Safety Act 2011 and the WHS Regulation 2025 (adopted in NSW, QLD, WA, SA, TAS, NT and ACT, with broadly equivalent provisions in Victoria's OHS Act 2004), a Person Conducting a Business or Undertaking (PCBU) must manage risks to health and safety so far as is reasonably practicable. Locksmiths are also subject to state-specific licensing under instruments such as the Security Industry Act 1997 (NSW) and equivalent legislation in other jurisdictions, which carries its own probity, training and record-keeping obligations.
A Safe Work Method Statement (SWMS) is legally required under WHS Regulation r.299 whenever the work meets the definition of High Risk Construction Work (HRCW) in r.291 — for example, when locksmithing is performed on a construction site, involves powered drilling into structural elements, or is carried out in conditions that constitute work in or near a confined or hazardous area. Even where HRCW is not triggered, documenting hazards and controls in a SWMS is the most defensible way to demonstrate compliance with the PCBU's primary duty of care under s.19 of the WHS Act.
Hazards identified
8 hazards covered, sorted by priority.
Deep cuts to fingers and hands, partial amputation of fingertips, severe abrasions requiring medical treatment and lost-time injury
Corneal abrasion, foreign body penetration, permanent vision impairment
Assault, threatening behaviour, false accusation of theft, inability to summon assistance during medical emergency
Hand and wrist injury, projectile fragments causing facial laceration, tendon damage from sudden tool rotation
Acute back injury, lumbar disc prolapse, crush injury to feet and hands, chronic musculoskeletal disorder
Respiratory irritation, occupational asthma, long-term metal fume exposure exceeding workplace exposure standards
Electric shock, arc flash burns, fire from short-circuited 12/24V access control circuitry
Fractures from falls, sprains, head injury from falling tools or hardware
Control measures
Hierarchy-of-controls order: elimination → substitution → isolation → engineering → administrative → PPE.
- 1Use only key cutting machines fitted with compliant guards over the cutter wheel and deburring brush in accordance with AS 4024.1 (Safety of Machinery); never bypass interlocks or remove guards to clear blanks
- 2Mandatory PPE for all cutting and drilling: ANSI Z87.1 / AS/NZS 1337.1-rated safety glasses with side shields, cut-resistant gloves (EN 388 Level 3 minimum) for handling but NOT during machine operation where entanglement risk exists, P2 respirator for high-volume cutting
- 3Implement a documented Working Alone procedure including scheduled welfare check-ins via mobile phone or duress app every 60 minutes when attending residential callouts, with an escalation contact who will notify police if a check-in is missed
- 4Verify customer identity and authority to request lockwork before commencing — sight photo ID and proof of ownership/tenancy, and record details on the job sheet to comply with state Security Industry Act record-keeping obligations
- 5Use sharp, correctly-rated HSS or carbide drill bits matched to the substrate; apply cutting fluid when drilling hardened steel; secure workpieces in vises or door wedges to prevent rotation and kickback
- 6Apply manual handling controls aligned with the Hazardous Manual Tasks Code of Practice 2011: use sack trolleys for safes over 20 kg, two-person lift for safes over 40 kg, and mechanical aids (stair-climbing trolleys, hydraulic lifters) for any safe over 80 kg
- 7Isolate and lock out all electronic access control circuits before disconnection using a personal danger tag and padlock; verify dead with an approved test instrument; only licensed electrical workers are permitted to work on 240V supply circuits feeding power supplies
- 8Inspect and tag portable ladders before each use in accordance with AS/NZS 1892; maintain three points of contact; do not work above shoulder height from a ladder when applying drilling force — use a mobile platform or scaffold instead
- 9Conduct a documented site-specific risk assessment on arrival at every job, recording hazards observed (animals, hostile occupants, structural defects, asbestos-suspect materials in pre-1990 door frames) before commencing work
- 10Maintain a first aid kit in the service vehicle that includes wound dressings appropriate for deep lacerations, eye wash, and emergency contact information for the nearest hospital
- 11Provide and document training in safe key cutting machine operation, drill operation on metal substrates, and de-escalation techniques for hostile customer interactions
Applicable Codes of Practice
Establishes the risk management framework (identify, assess, control, review) that underpins this SWMS and is the foundational duty under WHS Regulation r.32–38
Directly applicable to the lifting and movement of safes, heavy deadlocks, and repetitive key cutting motions
Relevant to mobile locksmiths working in client premises where lighting, ventilation and floor conditions are not under the PCBU's direct control
Required given the elevated cut and laceration risk from key cutting machinery and drill use
Specifies the medium-impact eye protection required during key cutting and drilling operations
Sets the guarding and interlock standards for key cutting machines and bench grinders used in locksmith workshops
Applies to ladder selection, inspection and use when working on commercial entry doors, roller shutters and shopfronts
Governs any electrical interface work on access control systems, electric strikes and mag-locks
High-Risk Construction Work triggered
Safe opening and lock servicing in vault rooms, strongrooms and small server cupboards housing access control panels can meet the WHS Regulation r.5 definition of a confined space where atmospheric or engulfment risks exist
Fitting and replacing electronic access control cylinders, electric strikes, mag-locks and connecting to existing low-voltage door controllers brings workers into contact with energised circuits
Where this work meets the definition of construction work under WHS Regulation r.289 and triggers any HRCW category in r.291, the PCBU MUST prepare a SWMS before work commences (r.299), provide it to the principal contractor on request (r.300), and ensure work is carried out in accordance with it. Failure to do so attracts penalties of up to $30,000 for an individual and $150,000 for a body corporate under the WHS Act, with significantly higher penalties for Category 1 and 2 offences resulting in injury.
Who this is for
- →Licensed locksmiths operating as sole traders or under a Master Locksmith Association of Australasia (MLAA) accredited business
- →Locksmith businesses employing apprentices and tradespeople requiring documented safe work procedures for WHS compliance audits
- →Security installation companies providing combined locksmith and electronic access control services
- →Facilities managers and PCBUs engaging locksmith contractors who require evidence of WHS documentation before site access
- →Mobile locksmiths attending after-hours emergency callouts who need a documented working-alone procedure
- →Commercial property managers commissioning master key system installations across multi-tenanted buildings
What you receive
- ✓Fully editable Microsoft Word (DOCX) SWMS template pre-populated with locksmith-specific hazards and controls
- ✓State-specific WHS legislation schedule covering NSW, VIC, QLD, WA, SA, TAS, NT and ACT, including the relevant Security Industry Act citation for each jurisdiction
- ✓Comprehensive hazard register with risk ratings using a 5x5 matrix and residual risk scoring after controls applied
- ✓Worker sign-on register meeting WHS Regulation r.300 requirements for SWMS consultation evidence
- ✓Working Alone procedure annex with welfare check-in schedule template
- ✓Plant and equipment register for key cutting machines, drills and ancillary tools with inspection schedule
- ✓Pre-start site assessment checklist for use on every customer attendance
- ✓Emergency contact and incident reporting flowchart aligned with state notifiable incident requirements
Worked example
A licensed locksmith trading as a sole operator in suburban Sydney is called to a strata-managed apartment building to replace the front entry deadlock and rekey 14 unit doors as part of a master key system installation following a lost key incident. Before commencing, the locksmith reviews the SWMS with the strata manager (who is the PCBU for common property), obtains a sign-on signature, and verifies authority to perform the work via the strata committee resolution. On site, the locksmith conducts a pre-start assessment noting that the lobby has polished tile flooring (slip risk when wet), the front door is glass-panelled (impact risk when drilling), and the work will require approximately three hours of repetitive key cutting back at the vehicle. During the job, the locksmith wears AS/NZS 1337.1 safety glasses while drilling out the old deadlock cylinder, uses a portable vise to secure the lock body during disassembly, and operates the key cutting machine in the service van with the side door open for ventilation while wearing a P2 mask given the volume of brass keys being cut. A welfare check-in SMS is sent to the locksmith's partner every hour as per the documented Working Alone procedure. When one resident becomes verbally aggressive about the disruption, the locksmith applies the de-escalation protocol from the SWMS, contacts the strata manager, and pauses work on that unit until the situation is resolved. The completed sign-on register and job sheet are filed for the seven-year retention period required under the Security Industry Regulation.
Related legislation
- Work Health and Safety Act 2011 (Cth model) — primary duty of care s.19, officer due diligence s.27
- Work Health and Safety Regulation 2025 — Part 4.1 Noise, Part 4.2 Hazardous manual tasks, Part 6.1 Construction work
- Occupational Health and Safety Act 2004 (Vic) — equivalent obligations in Victoria
- Security Industry Act 1997 (NSW) and equivalent state Acts — locksmith licensing, record keeping, probity
- Workers Compensation Act 1987 (NSW) and equivalent state legislation — injury notification and return to work
- Electricity (Consumer Safety) Act 2004 and AS/NZS 3000 — electrical work limitations for non-licensed workers
- Privacy Act 1988 (Cth) — handling of customer identification records collected during locksmith jobs
Frequently asked questions
Is a SWMS legally required for every locksmith job, or only construction sites?
A SWMS is mandatory under WHS Regulation r.299 only when the work is High Risk Construction Work as defined in r.291 — for example, locksmithing on an active construction site, work on or near energised electrical services, or work in a confined space such as a vault. For routine residential and commercial locksmithing, a SWMS is not legally compulsory but is strongly recommended as evidence that the PCBU has discharged its primary duty of care under s.19 of the WHS Act. Many commercial clients, strata managers and government agencies now require contractors to produce a current SWMS before granting site access regardless of the legal trigger.
How does this SWMS handle the working-alone risk that is unique to mobile locksmiths?
The SWMS includes a dedicated Working Alone annex that satisfies the requirements of WHS Regulation r.48 (remote or isolated work). It documents a scheduled welfare check-in regime (typically every 60 minutes for residential callouts, more frequently for after-hours emergency work), a nominated escalation contact, customer identity verification before entry, and a de-escalation protocol for hostile interactions. It also addresses the use of duress applications and GPS tracking which are increasingly considered reasonably practicable controls.
Can I use this SWMS in Victoria where the WHS Act has not been adopted?
Yes. The template includes a state-specific legislation schedule that maps each control back to the equivalent provision in the Occupational Health and Safety Act 2004 (Vic) and OHS Regulations 2017. The technical hazards and controls are jurisdiction-neutral; only the legislative citations differ. The Security Industry Act citation is also adjusted to reference the Private Security Act 2004 (Vic).
Does this cover safe opening and forced entry work?
Yes. The hazard register and controls address the manual handling of safes (the Hazardous Manual Tasks CoP applies), the use of high-speed drills on hardened steel and manganese plate, eye protection requirements during forced entry, and the documentation requirements under the Security Industry Act for any forced opening. It does not, however, cover explosive or thermic-lance entry methods which require separate specialist SWMS documentation.
Who should sign the worker sign-on register and how long must records be kept?
Every worker (including subcontractors and apprentices) who will carry out work covered by the SWMS must be consulted on its contents and sign the register before commencing, as required by WHS Regulation r.300. The signed SWMS must be kept for the duration of the work and, if a notifiable incident occurs, for at least two years after the incident. We recommend retaining all SWMS records for seven years to align with general business and Security Industry Act record-keeping requirements.
Is this template reviewed by a Certified Industrial Hygienist or just a generic document?
The template has been authored and reviewed by a Certified Industrial Hygienist with reference to the model WHS legislation, current Codes of Practice, and the relevant AS/NZS standards listed in the applicable codes section. It is not a generic re-skin — the hazards, exposure considerations (brass and steel dust, noise from key cutting machines) and controls are specific to the locksmith trade. You remain responsible, as the PCBU, for tailoring the document to your specific worksite and reviewing it whenever circumstances change.