Fire detection and alarm systems must be tested in accordance with AS 1851-2012 Section 6, which requires:

Monthly functional checks (e.g. testing warning devices and visual indicators)

Six-monthly inspections

Annual full-system testing, including fault simulations, evacuation tones, and battery capacity checks.
Safe QLD Fire provides comprehensive testing programs that meet all AS 1851 obligations — contact our Service Manager to book a service.

Fire alarm system design and installation must comply with AS 1670.1:2018, which covers the layout, detector spacing, cabling, power supply, panel configuration, and required documentation.
We work with engineers and builders to ensure systems we install or maintain meet both AS 1670.1 and NCC/BCA fire protection performance criteria.

No. While smoke detectors are essential, a compliant fire detection system often includes thermal detectors, manual call points, sounders, and control panels, especially in Class 2–9 buildings.
As per AS 1670.1, system components must work together to detect, alert, and activate evacuation where required. Safe QLD Fire audits and upgrades legacy systems to ensure compliance.

Under AS 1851, all routine inspections and tests must be recorded in a logbook or digital maintenance record. This includes test dates, results, defects found, and corrective actions.
Failure to keep compliant records can lead to enforcement notices by QBCC or Fire Safety Officers. Safe QLD Fire provides digital and hard-copy maintenance reports for full audit traceability.

The most frequent faults include battery failures, dirty or obstructed detectors, and wiring faults. These are preventable through routine inspections and testing as prescribed in AS 1851.
We offer scheduled fault diagnosis and proactive maintenance plans to prevent system downtime and false alarms; contact us to learn how we can maintain your system effectively.

In Queensland, fire safety equipment maintenance is governed by the Building Fire Safety Regulation 2008 and Australian Standard AS 1851. These regulations mandate regular inspections and servicing of fire protection systems to ensure they function correctly during emergencies. For instance, fire extinguishers and hose reels require six-monthly inspections, while fire hydrant systems with pumps necessitate monthly, six-monthly, and annual maintenance.

Fire extinguishers must undergo inspections every six months as per AS 1851. Additionally, they require pressure testing and refilling every five years or after use. Regular maintenance ensures they remain effective and compliant with safety standards.

Pressure testing is required every five years or after use, as per AS 1851-2012, to verify the cylinder's integrity.

Common types include:

ABE Dry Chemical: Suitable for Class A, B, and E fires.

CO₂: Ideal for electrical fires.

Foam: Effective on flammable liquids.

Water: Used for Class A fires (combustible materials).

Only qualified personnel should service extinguishers to comply with AS 1851-2012 and ensure safety and compliance.

Yes, under the Building Code of Australia and AS 2444, appropriate fire extinguishers must be installed based on the building's fire risk assessment.

AS/NZS 2293.2 requires six-monthly discharge tests and annual full system inspections to ensure functionality during power outages.

Yes, per the National Construction Code and AS 2293.1, emergency lighting is mandatory in commercial and public buildings to facilitate safe evacuation.

AS 2293.1 stipulates that emergency lighting must provide illumination for at least 90 minutes during a power outage.

Maintenance logs must document all inspections, tests, and repairs, as specified in AS 2293.2, and be available for regulatory review.

Yes, provided they meet the performance requirements outlined in AS 2293.1 for emergency luminaires.

AS 1851-2012 mandates six-monthly inspections to check for accessibility, hose condition, and operational readiness.

Fire hydrants require monthly visual inspections, six-monthly functional tests, and comprehensive five-yearly overhauls, as per AS 1851-2012.

Yes, AS 1851-2012 requires flow testing during annual and five-yearly inspections to ensure adequate water supply.

This includes replacing landing valves, check valves, and pressure gauges, as specified in AS 1851-2012.

No, water-based hose reels should not be used on electrical fires due to the risk of electrocution; appropriate extinguishers should be used instead.

AS 1851-2012 requires monthly inspections, annual full system tests, and five-yearly comprehensive assessments, including pipe flushing and sprinkler head checks.

The Building Code of Australia mandates sprinkler systems in certain building classes, such as high-rise and healthcare facilities, based on risk assessments.

This includes testing water flow, alarm functionality, and checking for any obstructions or corrosion, as per AS 1851-2012.

Sprinkler heads must be inspected for damage or obstruction and replaced if necessary, following AS 1851-2012 guidelines.

Yes, but isolation must be minimised and systems reinstated promptly by a licensed technician, with appropriate precautions and notifications, as outlined in AS 1851-2012.

Materials like concrete, brick, and fire-rated gypsum board are recognized for their fire resistance, as per the National Construction Code and AS 1530 series.

Fire doors are mandatory in specific locations within buildings to prevent fire spread, in accordance with AS 1905.1 and the Building Code of Australia.

AS 1851-2012 recommends six-monthly inspections to ensure doors close properly and seals are intact on majority of door sets dependent on the situation.

A fire compartment is a section of a building designed to contain fire within set boundaries, limiting spread, as defined in the Building Code of Australia.

FRL is assessed based on structural adequacy, integrity, and insulation, as per AS 1530.4, indicating how long a building element can withstand fire exposure.