Fire Prevention Technologies NSW delivers a complete range of fire protection and compliance services. From gaseous suppression to kitchen, vehicle, and specialist detection systems, each solution is certified to Australian Standards – protecting assets, people, and industries across NSW.
A hospital loses access to its patient management system. A university research team can’t retrieve its data. A local council’s digital services go offline.
Different organisations, but potentially the same point of failure: a relatively small room housing equipment that hundreds or thousands of people rely on.
When people think about fire suppression for critical IT rooms, large commercial data centres usually come to mind. But essential technology also operates behind the scenes in hospitals, universities, government buildings and industrial facilities across NSW.
These environments vary enormously in size and purpose, yet they share one challenge: how do you protect critical equipment from fire without causing further disruption?
“The size of the room doesn’t tell the full story.”
Why IT room fire suppression extends beyond data centres
Not every organisation operates a dedicated data centre. Many manage their own servers, networking equipment, communications infrastructure and backup power systems within existing buildings. Whether it’s called a server room, computer room or comms room, the question is the same.
A hospital may have a central server room supporting several departments. A university might operate multiple smaller IT rooms across its campus. A manufacturer could have a dedicated control room connected to machinery and production systems.
These spaces don’t necessarily look like commercial data centres, but a fire could have consequences well beyond the room itself.
For facilities managers and IT teams, the important questions aren’t simply how much equipment is installed or how large the room is. They’re about what happens when that equipment becomes unavailable:
- Which services depend on the room?
- How quickly could systems be restored after a fire?
- What equipment, data or processes would be affected?
- Does the existing fire protection suit the room’s current use?
In environments containing sensitive electronics, gaseous fire suppression systems may be considered because suitable agents can suppress a fire without leaving water or extinguishing-agent residue on the equipment.
However, the right protection depends on the hazards present, building requirements, occupancy, equipment and the overall fire safety strategy.
Which NSW industries need to consider specialist IT room fire suppression?
1. Hospitals and healthcare facilities: protecting server room systems that support patient care
Think about how many hospital processes rely on connected technology. Patient information, pathology results, medical imaging, admissions, scheduling and communication systems all depend on reliable digital infrastructure.
Some services are hosted externally, while others rely on equipment within the hospital or connected facilities. The level of reliance varies, but where critical systems operate on-site, a server room incident can affect far more than the IT department.
For healthcare facilities, fire protection planning needs to consider the consequences of losing access to essential systems, as well as how maintenance or an accidental system activation could affect operations.
Key considerations for healthcare facilities:
- Identify IT equipment supporting time-critical clinical and operational services.
- Assess the fire risks associated with servers, electrical equipment and backup power.
- Consider whether fire protection maintenance can be coordinated around operational requirements.
- Review the relationship between fire protection, system redundancy and disaster recovery arrangements.
Queensland offers a useful example. A fire believed to have started with a short circuit in a battery cabinet in a server room disrupted IT systems across the Cairns and Hinterland hospitals. Admissions and discharge systems and the hospital switchboard were affected.
The incident shows why backup power infrastructure deserves attention alongside the servers it supports. For healthcare facilities, effective protection is about more than preserving expensive equipment. It’s part of maintaining access to the systems people need to do their jobs.
2. Universities and educational institutions: protecting research, records and campus networks
A university’s IT infrastructure can be surprisingly diverse. Alongside central data storage and administrative systems, campuses may operate specialist research equipment, high-performance computing resources, laboratory networks and smaller server rooms supporting individual departments.
Not all these systems carry the same operational risk. A temporary interruption to a general-purpose administrative server may have very different consequences from an incident affecting an active research project or specialised computing environment. This makes risk-based fire protection planning particularly important.
Questions universities should consider include:
- Are critical systems distributed across multiple buildings?
- Do specialist research areas have different equipment or operating requirements?
- Have server rooms been expanded or reconfigured as technology needs have changed?
- Can inspection and maintenance activities be coordinated with academic and research operations?
Universities also need to account for the changing nature of their facilities. Equipment is upgraded, departments relocate and rooms originally intended for one purpose may gradually take on another. The fire protection strategy needs to reflect the way each space is actually being used, not simply how it was designed years ago.
For protection across the rest of a campus, see our education and hospitality fire protection page.
“The fire protection strategy needs to reflect the way each space is actually being used, not simply how it was designed years ago.”
3. Government departments and local councils: keeping essential public services available
From planning applications to records management, government organisations increasingly depend on digital systems to deliver everyday services.
Some infrastructure is hosted in commercial data centres or cloud environments. Other systems remain within government-owned buildings, regional offices or operational facilities. For organisations managing on-site IT infrastructure, a server room fire can affect access to records, internal communications and services used by the public. Local councils may also operate technology supporting libraries, community facilities, asset management and other operational functions.
Rather than treating every IT room as an identical risk, facilities managers should understand which services depend on each location. Consider a council building with a small communications room. The equipment may occupy only a modest space, but it could support several connected services. The size of the room doesn’t tell the full story.
For government facilities, the priorities include appropriate fire detection and suppression, clear maintenance responsibilities, accurate documentation and planning for service continuity. These considerations are especially relevant where equipment has been added over time or where responsibility is shared between building management, IT teams and external contractors.
4. Modular data centres and edge computing: fire protection for compact environments
Not every data centre is built as a large, permanent facility. Modular data centres, prefabricated units and edge computing installations provide ways to house computing infrastructure in smaller, purpose-built environments.
These facilities may be deployed to support regional operations, industrial processes, telecommunications or other applications where computing resources need to be located closer to their users.
Their compact design can introduce considerations that differ from conventional server rooms. Limited space, ventilation arrangements, equipment density and the configuration of the enclosure may all influence fire protection design. For modular environments, it’s important to consider fire protection early rather than treating it as an addition once the equipment layout is finalised.
Questions may include:
- How will fire be detected within the enclosure?
- What suppression approach is suitable for the identified hazards?
- How will ventilation and other systems respond to activation?
- Can equipment be accessed safely for inspection and maintenance?
- Will the fire protection arrangement remain suitable if the module is modified?
These are design considerations rather than reasons to assume one suppression system will suit every modular application. For developers and project teams, early coordination between the IT, mechanical, electrical and fire protection disciplines can help avoid complications later.
What should an IT room fire protection assessment cover?
Effective fire protection starts with understanding the room, the equipment and the consequences of an incident. The following considerations provide a useful starting point for facilities and project managers.
| Area to assess | Questions worth asking |
|---|---|
| Equipment and hazards | What electrical equipment, backup power systems and other potential fire hazards are present? |
| Fire detection | Can a developing fire be identified early enough for an appropriate response? |
| Suppression suitability | Is the existing system appropriate for the equipment, occupancy and identified hazards? |
| Room integrity | If gaseous suppression is installed, can the enclosure retain the agent concentration required by the design? |
| System integration | Are alarms, ventilation shutdowns, controls and relevant building systems appropriately coordinated? |
| Maintenance and documentation | Are required inspections, tests, records and outstanding defects being managed? |
The assessment should also consider how the room connects to the wider building. A gaseous system is designed around a particular enclosure configuration. New cable penetrations, alterations to ventilation or changes to doors can affect the room’s ability to retain the extinguishing agent.
Where required, fan integrity testing helps assess whether an enclosure can achieve the retention performance its gaseous suppression system needs.
Changes to the room can matter just as much as changes to the equipment.
“A fire suppression system is only as effective as the environment it is designed to protect.”
Five signs your server room fire protection needs reviewing
Many IT environments evolve gradually. A new rack is installed, backup power is expanded or additional cabling is brought into the room. Each change may appear minor, but collectively they can alter the fire protection considerations. Here are five reasons to arrange a review.
1. Your IT equipment has expanded
New servers, networking equipment or electrical infrastructure may change the room’s risk profile, layout or suppression requirements.
2. The room has been modified
Alterations to doors, walls, ventilation or cable penetrations may affect the performance of an existing gaseous suppression system.
3. Backup power arrangements have changed
New UPS equipment or battery storage can introduce hazards that require a separate assessment. The chemistry, capacity, location and arrangement of batteries are all relevant.
4. Maintenance records or system documentation are incomplete
If the installed system, its design requirements or servicing history aren’t clearly documented, it may be difficult to establish whether protection remains appropriate.
5. Your operational requirements have changed
A room supporting relatively minor services five years ago may now house technology essential to daily operations. The question is whether fire protection has kept pace.
Server room fire safety requirements in NSW: what facility managers should know
Fire safety requirements depend on the building classification, approved fire safety measures, applicable standards and any relevant performance solution.
For gaseous fire suppression systems, design and installation may involve standards such as AS 4214 (gaseous fire-extinguishing systems) or the AS ISO 14520 series, depending on the system and application.
Ongoing maintenance is another important responsibility. From 13 February 2026, AS 1851-2012 is mandatory in NSW for servicing essential fire safety measures in Class 1b and Class 2 to 9 buildings. Building owners and managers should check their Fire Safety Schedule to identify the measures relevant to their premises. It’s also worth confirming with your fire protection provider how the standard applies to each system.
For gaseous systems, servicing can include fan integrity testing to confirm the room can hold the agent, and cylinder pressure testing to confirm the cylinders remain fit for service.
There are also emerging considerations for data centres with battery storage and generators. In June 2026, Fire and Rescue NSW issued a position statement on lithium-ion battery rooms and diesel generators in data centres. It sets out expectations such as fire-rated separation for battery rooms and appropriate fire safety measures for structures housing stacked diesel generators or tanks.
The statement concerns data centre facilities, not every small IT room, but the principle applies more widely. The hazards around an IT room, such as batteries and generators, deserve their own assessment. They shouldn’t be assumed to be covered by the protection provided for the server equipment.
For facility managers, the practical message is straightforward: fire protection should be assessed against the actual building, equipment and hazards, with appropriate specialist input.
Planning specialist fire protection for critical IT infrastructure
A hospital server room, a university research facility and a modular data centre may all contain high-value electronic equipment. That doesn’t mean they should automatically use the same fire suppression arrangement. The protection needs to suit the environment.
At Fire Prevention Technologies NSW, we specialise in special hazards fire protection, including the design, installation and maintenance of systems for sensitive and high-risk environments.
Our independent approach means we’re not tied to a single supplier. We assess the application and recommend suitable solutions, supported by relevant FPAS accreditation and Extinguishing Agent Handling Licences (EAHL) where required.
Whether you’re planning a new installation, upgrading existing infrastructure or reviewing an established IT room, early specialist involvement can help identify practical protection and maintenance requirements.
Explore our data centre and server room fire protection services, read our guide to server room fire suppression or contact FPT NSW to discuss your facility.
Need to review the fire protection in your IT facility?
Whether you’re responsible for a hospital server room, a university network, government infrastructure or a new modular data centre, FPT NSW can help you assess suitable fire suppression solutions.
