Single door outdoor custom cabinet (850W × 600D × 1432H), 27RU, designed for telecommunications and infrastructure applications.
Featuring forced convection with 3 fans, insulation, thermostat-controlled system, internal power chassis, and 100 mm HDG plinth, it provides enhanced thermal performance and flexible custom configuration for demanding environments.
| Width | 850 |
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| Depth | 600 |
| Height | 1432 |
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This single door outdoor custom cabinet (850W × 600D × 1432H) is engineered to meet specific project requirements in telecommunications, power, and infrastructure applications. With a 27RU single-bay configuration, it provides a tailored enclosure solution for equipment that requires customised layout, thermal control, and mounting arrangements.
Designed as a bespoke solution, the cabinet incorporates a forced convection cooling system with three fans, supported by insulation and a thermostat-controlled environment. This combination ensures effective heat management, maintaining stable internal conditions for sensitive equipment operating under higher thermal loads.
The inclusion of an internal power chassis enables organised integration of electrical components and distribution systems, improving functionality and simplifying installation and maintenance.
For installation flexibility and durability, the cabinet is mounted on a 100 mm hot-dip galvanised (HDG) plinth, providing elevated ground clearance, improved cable entry management, and additional protection against environmental exposure.
Constructed from 2.5 mm marine-grade aluminium with a UV-resistant powder-coated finish, the cabinet is designed for long-term performance in harsh outdoor conditions. Standard construction features include stainless steel hinge blocks and high ingress protection (up to IP66 depending on configuration), ensuring reliable protection against dust, moisture, and environmental stress.
As part of a custom cabinet solution, the design can be further configured to meet specific operational, thermal, and equipment requirements, making it suitable for complex infrastructure deployments where standard enclosures are not sufficient.