Single-door outdoor cabinet (600W × 450D × 1000H) designed for telecommunications and infrastructure applications.
Featuring 19″ mounting rails, flexible thermal options (natural ventilation or fan-assisted cooling), and secure padlocking, it provides durable and adaptable outdoor equipment housing.
| Width | 600 |
|---|---|
| Depth | 450 |
| Height | 1000 |
| Rack Units | |
| Number of Bays | |
| Number of Doors | |
| Door Specs | Forced convection with fan, Natural convection with filter foam |
| Locking System | |
| Cabinet Family | |
| Standard Features |
Single-door outdoor cabinet (600W × 450D × 1000H) engineered for telecommunications, data, and infrastructure applications requiring reliable protection, flexible cooling, and efficient installation in outdoor environments.
Constructed from 2.5 mm marine-grade aluminium, the enclosure delivers long-term durability and corrosion resistance, supported by a UV-resistant powder-coated finish (UVRPE) for extended service life in harsh conditions. The cabinet is designed to meet demanding field requirements, with IP ratings available up to high protection levels depending on configuration.
Internally, the cabinet is fitted with one pair of 19″ mounting rails, allowing structured and secure installation of equipment. The design supports flexible equipment layouts, making it suitable for a range of telecom, power, and monitoring applications.
Thermal management is configurable to suit project needs, with options including:
The cabinet is secured with a swing handle padlock system, providing reliable and practical access control for field installations. At the base, a polypropylene panel with removable gland plates enables efficient cable entry and simplified installation or maintenance.
For installation flexibility, the cabinet can be mounted on an optional 100 mm aluminium plinth, improving access, cable management, and site integration.
With its combination of durable construction, configurable cooling, and practical internal layout, this cabinet is well suited for deployment across telecommunications, energy, water, and transport infrastructure environments.
