Single-bay 2-door outdoor cabinet (800W × 400D × 800H) designed for telecommunications and infrastructure applications.
Features natural convection cooling with filter foam, flush front locking, and internal vertical divider, mounted on a custom plinth for improved cable access and installation.
| Width | 800 |
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| Depth | 400 |
| Height | 800 |
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| Number of Bays | |
| Number of Doors | |
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| Locking System | |
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| Standard Features |
Single-bay 2-door outdoor cabinet (800W × 400D × 800H) engineered for telecommunications, fibre, and infrastructure applications requiring compact footprint, organised internal layout, and reliable outdoor performance. The cabinet is designed with an integrated plinth base, providing elevation for improved cable entry, drainage, and installation flexibility on concrete or uneven surfaces.
Thermal management is achieved through natural convection, with airflow supported by vented door louvres fitted with filter foam. This passive cooling approach allows heat dissipation while minimising the ingress of dust and debris, making it suitable for standard outdoor environments without the need for active fan systems.
The cabinet is fitted with a flush front locking system, offering secure, low-profile access suitable for public-facing or roadside installations. The 2-door configuration enables practical access for installation and maintenance, supporting efficient servicing in the field.
An internal vertical divider is included to separate equipment zones, allowing structured organisation of components such as power and communications equipment. This improves cable management, reduces interference risk, and supports cleaner installation practices.
For installation, the cabinet is supplied with a custom plinth, enabling stable mounting, improved cable entry through polypropylene base, and easier positioning on site.
This configuration is ideal for applications where passive cooling, internal segregation, and compact installation are required, including telecommunications nodes, roadside infrastructure, and utility control systems.