Ask any mine’s safety team about their highest-risk routine tasks, and lighting maintenance rarely gets the attention it deserves.
Changing a floodlight on a 15-metre mast sounds mundane compared to underground ventilation or tailings management, but it involves an elevated work platform, a technician working at height, and a job that has to be repeated every time a globe fails or a fixture needs servicing.
Multiply that across a haul road, stockyard, or processing plant with dozens of light poles, and it becomes a recurring exposure that most sites underestimate.
Phoenix Engineering & Manufacturing Solutions, an Australian-owned business with more than 25 years in electrical and mechanical engineering, has built part of its product range specifically around removing that exposure rather than managing it.
Bringing pole maintenance down from height to ground
Phoenix EMS’s UltraSwing™ range is a tool-less lowering pole and swing frame system designed so that lighting, cameras, instrumentation, and other pole-mounted equipment can be serviced from ground level instead of from an elevated work platform.
The range covers modular pole kits, lowering mechanisms, vibration poles, camera mounts, and a wide set of mounting accessories, built around a modular design philosophy that reduces the need for lifting equipment and elevated work platforms (EWPs) on site altogether.
The safety logic is straightforward once stated plainly. Every task moved from height to ground level removes a fall risk, a plant interaction risk, and the logistics of booking an EWP and an authorised operator just to change a globe.
For sites managing haul road lighting, conveyor walkways, or plant lighting across a large footprint, that adds up to a meaningful reduction in routine high-risk work over the life of an operation, not just a one-off engineering fix.
Manufacturing control from enclosure to switchroom
UltraSwing™ sits within a broader family of Phoenix EMS brands that share a common thread: keeping design, fabrication, and integration in-house rather than assembling a solution from third-party components.
The company’s Excalibur™ range of enclosures and pushbutton stations is built in 316 stainless steel with IP-rated protection, engineered for corrosion resistance in the kind of harsh mining and processing environments where cheaper enclosures fail early.
Phoenix’s pushbutton and local control stations can be customised with integrated isolation equipment and pre-wired field devices, which matter for sites trying to standardise control station specifications across a large asset base rather than sourcing bespoke solutions for each project.
The same in-house control extends to Phoenix Switchrooms, the company’s transportable and modular switchroom range.
These are cyclone-rated, fire-rated to between two and four hours, and built with removable flooring and pre-installed gantries, MCCs, drives, PLCs, and communications equipment, allowing a switchroom to arrive on site substantially pre-integrated rather than requiring extensive field commissioning.
Phoenix EMS manages the mechanical, structural, and electrical scope internally — including 2D and 3D design, engineering certification, fabrication, and Factory Acceptance Testing, which gives clients a single point of accountability for a piece of critical power infrastructure rather than a chain of subcontracted trades.
Certification that matches the risk profile
For equipment sitting this close to critical power and site safety systems, third-party certification carries real weight.
Phoenix EMS holds ISO 9001 for quality, AS/NZS 45001 for safety, ISO 14001 for environmental management, and IECEx certification for relevant explosion-protected products, alongside partnerships with established electrical manufacturers including Eaton and Cubic for switchboard and control system components.
For procurement and safety teams evaluating suppliers of switchrooms, control stations, or access equipment, that certification stack provides a documented basis for due diligence rather than relying on supplier assurances alone.
The company’s leadership brings direct sector experience into that governance structure. Phoenix EMS’s directors and senior engineers have hands-on backgrounds in mining, utilities, and infrastructure.
The team’s extensive industry experience has shaped a product range that reads as built from operational problems encountered on site rather than designed in the abstract.
A practical case for consolidation
Mine sites typically source lighting, control stations, switchrooms, and access equipment from separate vendors, each with their own specification process, lead time, and warranty relationship.
Phoenix EMS’s model — an Australian-manufactured family of brands spanning Excalibur™ enclosures, UltraSwing™ access systems, Phoenix Switchrooms, Phoenix LED Lighting, and Green-Tek sustainable solutions — offers an alternative where a substantial part of a site’s electrical infrastructure and lighting maintenance approach can sit under one engineering and manufacturing relationship.
Case studies with operators, including Aurelia Metals (ASX:AMI) at its Tomingley Gold operation, and Sun Metals Zinc Refinery point to a track record with the kind of processing and mining infrastructure for which the equipment is built.
For sites reviewing how much routine maintenance work still happens at height — and how many separate vendors are involved in keeping electrical infrastructure compliant and running — Phoenix EMS’s combined engineering and manufacturing model is worth a closer look.
Image Credit: phoenixems.com.au
