Compact PSC2 colocation cabinet featuring four independently secured 10RU equipment bays within a 600W x 800D x 2000H footprint.
Designed for multi-tenant telecommunications and critical infrastructure applications, with dedicated front and rear access doors and tubular key locking providing secure equipment segregation and controlled access.
| Width | 600 |
|---|---|
| Depth | 800 |
| Height | 2000 |
| Rack Units | |
| Number of Bays | |
| Number of Doors | |
| Door Specs | |
| Locking System | |
| Cabinet Family |
The PSC2 4-Bay 8-Door Colocation Cabinet is a secure, space-efficient solution designed for telecommunications, data centre edge, utility, and critical infrastructure applications requiring multiple equipment owners to share a single cabinet footprint.
The cabinet incorporates four independently secured colocation bays, each providing 10RU of standard 19-inch equipment mounting space. Separate front and rear access doors for each bay are fitted with tubular key locks, ensuring secure equipment segregation and controlled access for authorised personnel.
With compact dimensions of 600W x 800D x 2000H, the cabinet maximises equipment density while minimising floor space requirements, making it ideal for exchange facilities, network aggregation sites, transport infrastructure, and shared communications environments.
Built on the proven PSC2 platform, the cabinet can be configured to suit project-specific requirements, including cable management, power distribution, thermal management, seismic compliance, and finish options. Its modular colocation design enables multiple service providers, departments, or customers to securely host equipment within a single cabinet while maintaining operational separation.
Key Features
• Four independently secured 10RU colocation bays
• Eight-door configuration with dedicated front and rear access per bay
• Tubular key locking for secure tenant access
• Standard 19-inch equipment mounting
• Compact 600W x 800D x 2000H footprint
• Configurable cable management and power distribution options
• Optional thermal management and seismic configurations
• Suitable for telecommunications, data centres, utilities, transport, and critical infrastructure applications