AS/NZS 1715 compliance: 5 steps Australian safety officers must take
AS/NZS 1715 sets how you must select, fit test, maintain and manage respiratory protective equipment in Australian workplaces. It requires fit testing before first use and periodically thereafter, and retesting whenever a worker’s face changes shape. Your first three actions: appoint someone to run the respiratory protection program, lock in a fit testing schedule, and fix facial hair issues before they become compliance gaps.
TL;DR:
Fit testing must be performed before initial use, periodically, and whenever facial features change, using either qualitative or quantitative methods based on respirator type.
Facial hair prevents a reliable seal on tight-fitting respirators, requiring either removal or the use of loose-fitting alternatives like PAPRs.
Selecting respiratory protective equipment depends on hazard assessment, environmental conditions, and device performance limits, not just available models.
Proper maintenance, cleaning, storage, and record-keeping are essential to ensure ongoing compliance and effective protection.
Establishing a documented respiratory protection program involves appointing responsible staff, scheduling regular testing, and maintaining detailed logs for audits.
Table of Contents
What AS/NZS 1715 covers and how it fits with device standards
AS/NZS 1715 is the Australian and New Zealand Standard for selecting, using and maintaining respiratory protective equipment, and it works alongside AS/NZS 1715:2009, which spells out the hazard assessment, selection, training, fit testing and record keeping expectations that sit behind a proper program. The standard covers hazard assessment, device selection, correct fitting, training and ongoing maintenance, giving safety officers a single reference point for building a respiratory protection program (RPP).
It pairs with AS/NZS 1716, which sets the performance and manufacturing requirements for the devices themselves, so 1715 tells you how to use equipment that already meets 1716. Standards Australia has also flagged a staged shift toward aligning respiratory protection with ISO guidance, which may be worth tracking even though current products aren’t required to meet it yet.
None of this replaces good risk management. RPE sits at the bottom of the hierarchy of control, used only when elimination, substitution and engineering controls can’t adequately manage the airborne hazard on their own.
Fit testing: required methods, timing and who can do it
Fit testing confirms that a specific respirator actually seals against a specific face, and is an essential safety process. SafeWork NSW requires fit testing before initial use, periodically after that, and again whenever a worker’s facial characteristics change, including significant weight change, dental work, or facial scarring near the seal.
Two test methods are recognised, and the respirator type dictates which one applies:
Qualitative fit testing uses taste or smell response and is suitable for half-face respirators.
Quantitative fit testing measures leakage with instruments and can be used on half-face, full-face and powered air-purifying respirators (PAPRs).
A fit test is different from a fit check. WorkSafe WA guidance draws a clear line: a fit test is the formal, periodic validation described above, while a fit check is the quick seal check a worker performs every single time they put on a tight-fitting respirator, and one never substitutes for the other.
Testing can be done by trained in-house staff, the equipment supplier, or a third-party provider, but whoever does it needs documented competency. Keep records of the method used, the result, the respirator make and model, and the date, because that evidence is what an auditor or inspector will ask for first.
Facial hair and sealing: clear rules and practical approaches
Facial hair across the sealing surface of a tight-fitting respirator prevents a reliable seal, full stop. There’s no fit test, no technique and no brand of respirator that overcomes stubble or a beard sitting under the mask edge, and NSW Resources Regulator guidance confirms facial hair interferes with sealing and requires employers to put controls or alternatives in place.
For workers who need or choose to keep facial hair, loose-fitting options avoid the sealing problem entirely:
Loose-fitting PAPRs or hoods don’t rely on skin contact, so facial hair doesn’t compromise protection.
A proper risk assessment should confirm the alternative still matches the hazard and required protection factor.
Workplaces should consult affected workers directly when building the policy, not just hand down a rule.
Document any approved alternative and how it was assessed, and set out a clear process for handling medical or religious exemption requests before someone raises one on the floor.
Pro Tip: Run a facial hair check as part of your fit test booking process, not on the day, so you’re arranging a PAPR instead of turning someone away at the door.
Selecting RPE: matching protection to the task
Good selection starts with the contaminant, not the catalogue. Work through the hazard, the task duration, the wearer’s face shape and medical fitness, the equipment’s protection factor, and the environment, including heat, humidity and oxygen levels, before settling on a device.
Air-purifying respirators with filters or cartridges suit known contaminants at moderate concentrations, provided the filter type matches the hazard.
Supplied-air respirators deliver breathing air from an independent source and suit oxygen-deficient or very high-exposure environments.
PAPRs use a powered blower to push filtered air into a mask or hood, easing breathing resistance over a long shift.
Every filter and cartridge has limits on contaminant type and concentration, and none of them work in oxygen-deficient atmospheres. When you need the specific performance figures behind a device, that’s what AS/NZS 1716 sets out, and it’s worth checking before you commit to a model for a new task.
Maintenance, cleaning, storage and replacement rules
Maintenance is where compliance quietly falls apart if nobody owns it. Safe Work Australia’s 2025 guidance on maintaining RPE points directly to Section 9 of AS/NZS 1715 and ties it to a PCBU’s WHS duty to keep equipment hygienic, serviceable and properly recorded.
In practice that means a set inspection schedule, cleaning and disinfection between users or shifts, filter replacement on a defined interval or condition trigger, and prompt repair or replacement of damaged components rather than a workaround. Store respirators away from contaminants, dust and direct sunlight, and retire equipment once it’s reached the end of its usable life rather than stretching it.
Keep maintenance records alongside fit test records. Under WHS law, a PCBU needs to show the equipment was fit for use, not just that it was issued.
Designing and operating a respiratory protection program
A respiratory protection program turns the standard into daily practice. Build it around these steps:
Appoint a program administrator and document who owns selection, training, fit testing and records.
Set an issuing process that matches the right device to the right worker and task.
Train every wearer on donning, doffing and daily fit checks before they rely on the equipment.
Schedule annual fit tests, plus retests after facial changes, and log results against a standard template.
Review the program on a set cycle, or after an incident, equipment change or audit finding.
Audit evidence should show training records, fit test results, maintenance logs and a reviewed program document, all dated and traceable to individual workers.
Where to get AS/NZS 1715, rulings and trusted guidance
Standards Australia publishes the current AS/NZS 1715:2009 text and related rulings, including clarifications on clauses like facial hair requirements, and that’s the definitive source when wording matters. Safe Work Australia and state regulators such as SafeWork NSW and WorkSafe Queensland publish free fact sheets that translate the standard into practical guidance. Treat the standard itself as mandatory text and regulator fact sheets as advisory support for audits and training.
How Prime First Aid and Training can help
Prime First Aid and Training delivers on-site and mobile fit testing and respiratory protection training tailored to remote Australian worksites, including mine sites across the Pilbara. Flexible scheduling and prompt certification mean your team gets fit tested and trained without long waits for a slot, supporting the compliance steps outlined above.
Practical perspective: quick wins and common pitfalls from the field
The most common failure isn’t a bad respirator, it’s a missing record. Safety officers often skip documentation, mix spare parts across incompatible systems, or assume a quick demo counts as fit check training.
The fixes are small and consistent: lock in annual fit test dates on the safety calendar, keep a tested respirator pool ready for new starters, and run short pre-start fit check drills so the habit sticks before it’s tested in an actual exposure.
— Vapour
Prime First Aid and Training: on-site fit testing and RPP support
Running fit testing and tailored training on your own site means less downtime chasing appointments elsewhere, and that matters when your crew is spread across a remote operation. Some providers bring fit testing and customised respiratory protection training to the worksite, with prompt certification so your records are timely.
Bookings cover fit test records and participant certificates as standard deliverables, matching typical audit requirements. Browse the fit test and training course page or book online to lock in a date for your team. If you’re coordinating related compliance training, workplace upskilling resources such as the Canterbury Training and Development Institute’s compliance guide are a useful companion read for broader PCBU obligations.
FAQ
What is the Australian Standard for breathing apparatus?
AS/NZS 1715 is the Australian and New Zealand Standard covering selection, use and maintenance of respiratory protective equipment, while AS/NZS 1716 sets the performance requirements for the devices themselves. The two standards work together to cover both the equipment and how it’s managed in the workplace.
Is mask fit testing mandatory?
Yes. Fit testing is required before a worker first uses a tight-fitting respirator, at least annually afterward, and again if facial characteristics change. A daily fit check by the wearer is a separate step and doesn’t replace the formal test.
Can I access Australian standards for free?
The full AS/NZS 1715:2009 text is sold through the Standards Australia catalogue rather than offered free. Free summaries and practical fact sheets are available from Safe Work Australia and state regulators, which explain how to apply the standard without reproducing its full text.
What are the current Australian HVAC standards?
AS/NZS 1715 doesn’t cover HVAC systems; it’s specific to respiratory protective equipment used by workers. Ventilation and air handling standards sit under separate Australian Standards and aren’t addressed in this guide.
How often does facial hair affect respirator fit testing?
Facial hair across the sealing surface of a tight-fitting respirator prevents a reliable seal every time it’s present, not just occasionally. NSW Resources Regulator guidance recommends loose-fitting alternatives such as PAPRs for workers who can’t maintain a clean-shaven seal area.
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