Engineers and facility managers across Australia share how our steel housings hold up under real load, heat, and security demands.
We build enclosures for environments where a failed rack means a dropped network. The differences are in the details: weld quality, door seals, cable entry points, and how the frame behaves under load.
Frames are squared and welded to within 1.5 mm across the diagonal. Doors align on first close, and mounting rails stay level even after repeated equipment loading. This matters when you slide a 40 kg switch into place at the top of a 47 U rack.
We use cold-rolled sheet in gauges matched to the enclosure height and weight. A 42 U housing gets a different base frame than a 22 U cabinet. The result is predictable deflection under load, not a one-size promise.
Perforated doors, blanking panels, and fan trays are specified from the airflow plan, not added as an afterthought. We test each configuration with the actual heat load in mind, so your hardware gets the air it needs.
Locks, electronic latches, and tamper sensors are mounted during assembly, not retrofitted later. Cable entries are positioned to match your floor or overhead routing, which keeps installation time down and security up.
Each unit ships with a build sheet: steel grade, weld inspection notes, paint thickness, and the test record for the door and lock mechanism. That paperwork helps your team pass internal reviews and client audits without extra site visits.
Enclosures are finished for coastal humidity, inland heat, and the occasional rough transport leg. We have delivered to telecom huts in northern Queensland and core data centers in Sydney, and the same frame standard applies to both.
We fabricate enclosures from cold-rolled and hot-rolled steel in grades suited to structural load and corrosion resistance. For standard data center racks we use 1.2 mm to 2.0 mm cold-rolled sheet, while telecom cabinets that sit outdoors or in unsealed rooms get 2.5 mm hot-rolled with a zinc-rich primer. If your deployment has specific vibration or seismic requirements, we adjust the gauge and bracing during the engineering review rather than forcing a one-size rack.
Yes. Our production line handles custom widths, depths, and heights beyond the catalog range. The main constraint is transport: a fully assembled cabinet wider than 800 mm or taller than 2200 mm may need split-frame shipping and on-site assembly. We flag these limits early in the quote so you are not surprised by freight or rigging costs. Custom cutouts for cable entry, busbars, or cooling units are part of the same fabrication run.
Every enclosure we ship includes airflow planning, not just perforated doors. We map front-to-back airflow against your server depth and heat load, then position fan trays, blanking panels, and cable brushes accordingly. For loads above 12 kW per rack we recommend our active cooling variant with redundant fan modules and a temperature probe that triggers an alarm before hotspots form. The enclosure itself does not cool the air; it makes sure the air goes where the hardware needs it.
Standard racks come with a 3-point locking handle and keyed cam locks on side panels. For higher protection we fit electronic locks that integrate with existing access control systems, plus tamper switches that report door state to your monitoring platform. We also offer front and rear mesh doors with a finer pitch that slows physical intrusion without blocking airflow. All lock hardware is replaceable in the field, so you are not locked into a single vendor for spare parts.
We do. Outdoor cabinets are built from heavier steel with a powder coat rated for UV and salt exposure, and we add a rain hood and sealed cable entry points as standard. Internal mounting rails accept 19-inch equipment or proprietary telecom modules. If the site has no climate control, we can fit a thermostatically controlled fan or a passive venting scheme that keeps internal temperature within the equipment's rated range. Every outdoor unit ships with a documented IP rating based on the actual seal configuration.
Standard catalog racks ship within two to three weeks. Custom enclosures with modified dimensions or additional cutouts usually take four to six weeks from drawing approval, depending on the batch size and current shop load. We send a production schedule after the engineering review so you know the exact week the unit will be ready. For urgent replacements we keep a small buffer of common sizes in inventory and can expedite a single cabinet if the specification matches.
If your question is not covered here, send it through our technical Q&A page or talk to an engineer directly before you commit to a specification.
Field notes from facility managers and network engineers who run our enclosures daily.
We replaced forty legacy racks with your heavy-duty enclosures across two Sydney data halls. The steel gauge and door sealing held up through a full summer load test, and the cable routing channels cut our install time by roughly a third. No complaints from the cooling team either.
Our telecom hut sits near a coastal highway, so salt air and vibration are constant problems. These housings have been in place for fourteen months without a single corrosion issue. The locking mechanism also survived an attempted break-in that damaged the outer door frame but nothing inside.
The custom depth and rail spacing matched our existing server fleet exactly, so we avoided a full re-cabling project. Documentation was clear enough that our junior techs handled the rack assembly without vendor support. That alone saved us a week of downtime.
We ordered the reinforced version for a regional switching center that had suffered two vandalism incidents. The tamper-resistant hinges and internal sensor mounts worked as specified. Since installation, the site has had zero unauthorized access attempts that reached the equipment.
Thermal performance is what sold us. The perforated front doors and rear exhaust channels dropped our average rack inlet temperature by four degrees compared to the previous vendor. We are now standardizing on these enclosures for all new capacity builds.