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Frequently Asked Question

A Frequently Asked Question ("FAQ") is a question that we often receive and have decided to publish an answer online to help our customers (saving all of us time and money). Articles in this section provide answers to Frequently Asked Questions in the fire industry.

  1. Visual Inspections of Emergency Lights & Exit Signs

    A visual inspection, described in Australian Standard AS 2293.2:2019, is necessary to ensure the compliance and operation of emergency lighting and exit sign systems. These inspections complement automated monitoring by identifying physical faults, non-compliant layouts, and environmental changes that technology is unable to identify, enhancing safety and compliance with the Standard.

  2. What does "compliant" mean in respect to fire safety?

    Often a manufacturer of fire safety systems and equipment reference Australian Standards and declare their products as "compliant," what does that really mean? The term "compliant" is more than just a label—it signifies adherence to specific performance, safety, and regulatory requirements.

  3. Annual Essential Safety Measure Reports in Class 2 Apartment Buildings

    Part 15 of an Annual Essential Safety Measures Report (AESMR) covers Class 1b, 2, 3, 5, 6, 7, 8 or 9 building; and Class 4 part of a building; and a place of public entertainment. The AESMR is for the does not apply to a smoke alarm installed in a sole-occupancy unit in a Class 1b or 2 building or a Class 4 part of a building.

  4. Is your fire sprinkler head subject to a product recall?

    This article outlines crucial steps for fire contractors in Australia to identify and address vulnerabilities in automatic fire sprinkler heads, ensuring compliance with AS 1851 and leveraging international recall information to enhance fire safety. The information in this article may also be used in other countries for the basis of identifying sprinkler heads that are subject to a mandatory or voluntary product recall.

  5. Residential Buildings: FDCIE Alarm Delay Facility (ADF)

    An Alarm Delay Facility (ADFs) may be provided in certain Class 2, 3, and 4 residential buildings, discussing their role in reducing unwanted nuisance fire alarms and the requirements outlined by Australian Standard AS1670.1:2018 for smoke detectors.

  6. Shower steam can cause false alarms

    One of the most common causes of false alarms in a building with a bathroom is steam from a hot shower. Steam is an airborne aerosol that from a smoke detectors perspective is very similar to smoke. This can cause a smoke detector to operate unnecessirarly where a bathroom is not well ventilated and a smoke detector is located too cloase to a bathroom door.

  7. AS1670 Access to detectors, control and indicating equipment

    Australian Standard AS 1670.1:2008 provides limited guidance to the installation and subsequent access to fire detectors as well as control and indicating equipment. This article covers the requirements in the Standard and follows up with scenarios where limited access to this equipment could adversely affect routine servicing and maintenance.

  8. Tenant & Landlord Obligations for Essential Safety Measures Maintenance

    In Victoria, the Retail Leases Amendment Act 2020 clarifies the entitlement of landlords to recover from tenants the costs of installation, repair and maintenance of essential safety measures (ESMs).

  9. Fire Pump Engine Start Battery Replacement

    There exists an industry fallacy that batteries for fire systems must be replaced every two years irrespective of condition. The reality is that according to Australian Standard AS 1851:2012 this requirement only applies to batteries used for engine start applications. In this article we discuss the difference between standby batteries and batteries used for engine start applications.

  10. What is the best type of fire detector for...

    No one type of detector is most suitable for all applications and the final choice of detector must depend on the individual circumstances. In certain situations it may be useful to combine different types of detectors (including multi-criteria detectors) to achieve the best results.