Nurse-Call & Emergency-Call System Install SWMS
Installing and commissioning a hard-wired nurse-call and emergency-call system in a hospital or aged-care facility - call points, over-door lights, staff stations and above-ceiling cabling.
SWMS variants reference your stateβs WHS legislation. Instant download after payment.
Nurse-call and emergency-call system installation is the work that installs and commissions a hard-wired patient-alarm system in a hospital or aged-care facility: call points, over-door lights, staff stations, cabling above ceilings, and integration with fire and other systems. The dominant hazards are falls running cabling and fixing devices above ceilings and at height, electric shock where extra-low-voltage cabling interfaces with mains or patient-area electrical, a confined or restricted ceiling space, and a system-assurance failure where a call is not received by staff at commissioning. This SWMS covers the cabling, devices, staff stations and commissioning; it does not cover the system's design, the clinical response process it supports, or the base-building electrical and fire systems beyond the interface, which are documented separately.
Under the model Work Health and Safety Act 2011 and the harmonised Work Health and Safety Regulations adopted in each state and territory, this is high risk construction work because it is carried out where a person can fall more than two metres running high-level cabling, on or near energised electrical services where the system interfaces with mains or patient-area electrical, and in or near a confined ceiling space; Victoria operates the equivalent provisions under the Occupational Health and Safety Act 2004 and Occupational Health and Safety Regulations 2017. The patient-alarm system follows AS 3811 for design, installation and performance, the patient-area interface follows AS/NZS 3003, and the wiring follows AS/NZS 3000.
Failure to meet the primary duty of care is prosecuted under the Category 1 to 3 offences in the Work Health and Safety Act (and the equivalent provisions in Victoria's Occupational Health and Safety Act 2004), with maximum penalties indexed in most jurisdictions, imprisonment available for individuals, and a separate industrial manslaughter offence; current figures follow the prevailing penalty schedule of the responsible state regulator. This document is structured to satisfy the safe work method statement content requirements of the harmonised regulations and documents controlled installation and commissioning.
Hazards identified
9 hazards covered, sorted by priority.
Serious or fatal fall injury
Electrocution or fatal injury
Asphyxiation or atmospheric exposure
Musculoskeletal strain injury
Patient call not answered
Laceration injury
Respiratory irritation
Struck-by injury
Slip, trip and fall injury
Control measures
Hierarchy-of-controls order: elimination β substitution β isolation β engineering β administrative β PPE.
- 1Engineering: Use a scaffold, elevating work platform or rated ladder for the task with edge protection running cabling and fixing devices, with a fall-arrest harness where a residual fall risk remains.
- 2Elimination: Isolate and lock out before work, test before touch, and apply the AS/NZS 3003 patient-area requirements where the system interfaces with mains or patient-area electrical, using a licensed electrician under permit.
- 3Elimination: Work from outside the ceiling space where possible; otherwise ventilate and use a confined-space permit where it applies, with a standby person.
- 4Engineering: Use mechanical aids for cable reels, panels and staff stations, with two-person handling; wear gloves and footwear.
- 5Engineering: Commission and test every call point to AS 3811, verifying integration, over-door indication and that a call is received by staff before handover.
- 6Engineering: Deburr cable tray and sheet metal and handle safely; wear cut-resistant gloves.
- 7Engineering: Minimise disturbance of ceiling-space dust and insulation, with housekeeping; wear a P2 respirator.
- 8Engineering: Use debris containment, with exclusion below and tool lanyards; persons below wear a hard hat.
- 9Engineering: Manage cabling and tools with housekeeping; wear safety footwear.
Applicable Codes of Practice
Design, installation and performance of the nurse-call system
The interface with patient-area electrical
The wiring of the system
Fall prevention running high-level cabling
Permit and atmospheric controls for the ceiling space
High-Risk Construction Work triggered
Running cabling and fixing devices above ceilings is carried out above the two-metre threshold.
The system interfaces with mains and patient-area electrical, which is work on or near energised electrical services.
A restricted ceiling space can be a confined space where cabling is run.
Category 2 offence under section 32 of the model Work Health and Safety Act 2011 (and the equivalent provisions in each state and territory; Victoria under the Occupational Health and Safety Act 2004) where the work exposes a person to a risk of death or serious injury. The most serious breaches are Category 1 (section 31) where recklessness is proven, with imprisonment available for individuals. Body-corporate maximum penalties are substantial and are indexed in most jurisdictions; the current maximum follows the prevailing penalty schedule of the responsible regulator.
Who this is for
- βNurse-call and patient-alarm system installers
- βCommunications and electrical trades in healthcare
- βHospital and aged-care fit-out contractors
- βBuilders and project managers delivering healthcare projects
- βSite managers overseeing nurse-call installation and commissioning
What you receive
- βAn editable Microsoft Word safe work method statement, with a version for each Australian state and territory
- βA document-control header with project, revision and review fields
- βA defined scope covering nurse-call and emergency-call call points, over-door lights, staff stations and above-ceiling cabling
- βA state-specific legislative and standards framework in each version, including the high risk construction work and patient-area electrical provisions
- βA hierarchy-of-controls section for work at height, the patient-area electrical interface, the ceiling space and system assurance
- βA hazard and risk table with likelihood-by-consequence ratings and control measures
- βA personal protective equipment schedule with AS/NZS references
- βA worker sign-on register and a review log
Worked example
A communications contractor is installing a hard-wired nurse-call and emergency-call system in an aged-care wing: call points and over-door lights in each room, staff stations, cabling run above the ceilings, and integration with the fire system. The work is high risk construction work because it is carried out at a height where a person can fall more than two metres running high-level cabling, on or near energised electrical services where the system interfaces with mains and patient-area electrical, and in or near a confined ceiling space, so the contractor builds the safe work method statement around work at height, the electrical interface, the ceiling space and system assurance. Cabling is run and devices fixed from a scaffold, elevating work platform or rated ladder with edge protection, debris containment and tool lanyards, and cable reels, panels and staff stations are handled with mechanical aids and two-person handling. Where the extra-low-voltage cabling interfaces with mains or patient-area electrical, the work is done only after isolation and lock-out by a licensed electrician who tests before touch and applies the AS/NZS 3003 patient-area requirements. The ceiling space is worked from outside where possible, or under a confined-space permit with a standby person and ventilation, and ceiling-space dust and insulation are minimised with a P2 respirator. At commissioning, every call point is tested to AS 3811 and the integration, over-door indication and receipt of the call at the staff station are verified, because a call that is not received by staff is a patient-safety failure. Workers sign on to the statement before starting, the commissioning and call-point test records are kept, and the signed statement is held on site for the responsible state regulator.
Related legislation
- Work Health and Safety Act 2011 (harmonised; enacted in all states and territories except Victoria, which applies the Occupational Health and Safety Act 2004), s.19 β Primary duty of care to workers and to other persons at or near the workplace
- Harmonised Work Health and Safety Regulations, section 291 β Defines high risk construction work (Victoria: Occupational Health and Safety Regulations 2017, Part 5.1)
- Harmonised Work Health and Safety Regulations, section 299 β Content and review requirements for a safe work method statement for high risk construction work (Victoria: regulation 327; Tasmania: regulation 312)
- Harmonised Work Health and Safety Regulations, Part 4.4 β Managing the risk of falls (work above two metres; Victoria applies the equivalent provisions of the Occupational Health and Safety Regulations 2017)
- Harmonised Work Health and Safety Regulations, Part 4.7 β Electrical safety: the prohibition on energised electrical work except where de-energising is not reasonably practicable and the prescribed conditions are met (Victoria applies the Occupational Health and Safety Regulations 2017 and state electrical-safety legislation)
- AS/NZS 3003 β Electrical installations in patient areas: requirements where the nurse-call system interfaces with patient-area electrical
Frequently asked questions
Is nurse-call system installation high risk construction work?
Yes. It is carried out at a height above two metres running high-level cabling, on or near energised electrical services where it interfaces with mains and patient-area electrical, and in or near a confined ceiling space. A safe work method statement is required before the work starts and is built to the harmonised section 299 content requirements.
How does it confirm the system works at handover?
It commissions and tests every call point to AS 3811 and verifies the integration, over-door indication and that a call is received by staff before handover, so a system-assurance failure where a call is not received is detected and corrected before the system is relied on.
How does it handle the patient-area electrical interface?
Where the extra-low-voltage cabling interfaces with mains or patient-area electrical, the work is done only after isolation and lock-out by a licensed electrician who tests before touch and applies the AS/NZS 3003 patient-area requirements.
Can I edit it for my project?
Yes. It is an editable Microsoft Word document. You insert your project and personnel details, the device and cabling layout, the staff-station and integration arrangement, and the ceiling access, and you review it if the system or the layout changes.
Does it cover the system design or clinical response?
No. The system's design, the clinical response process it supports, and the base-building electrical and fire systems beyond the interface are documented separately. This statement covers the safe installation and commissioning of the cabling, devices and staff stations.