Rack Infrastructure
Engineered Rack Infrastructure for Critical Systems
built for YOU
Argent designs and manufactures professional server racks, network racks and secure infrastructure enclosures used in data centres, communications rooms, government facilities and enterprise technology environments.
Unlike commodity racks imported as generic hardware, Argent systems are engineered infrastructure designed to support complex IT and communications equipment with reliability, security and long-term serviceability.
Every Argent rack is designed, fabricated, assembled and finished in Australia, ensuring precision manufacturing, quality control and the ability to customise systems for specialised installations.
Argent racks are 100% designed and manufactured in Australia, providing certainty of supply, consistent quality and local engineering support. By controlling design, fabrication, painting, assembly and packaging locally, Argent can provide customised rack configurations, specialised colours and engineered solutions tailored to specific projects. Local manufacturing also allows organisations to avoid supply chain delays often associated with imported infrastructure products
At the core of Argent's rack design is its unique H-frame structure.
This design innovation improves cabinet rigidity while creating generous cable entry paths for complex installations.
Combined with a 4×4 post rack architecture, the frame delivers structural strength without compromising flexibility for equipment mounting.
This engineered structure allows Argent racks to support heavy equipment loads and high-density infrastructure deployments.
Argent racks are designed for environments where large volumes of network and power cables must be organised efficiently.
Key cable management features include:
• Square-pattern cable ladder system
• Scalable side cable entry brush strips
• Straight drop cable pathways from overhead trays
• Front-to-rear cable patching capability
• Dedicated cable management trays
These features allow installers to route cables cleanly while maintaining airflow and accessibility within the cabinet.
Argent server racks are designed to house the equipment that powers modern digital infrastructure, including:
The rack structure supports static loads of up to 1000 kg, ensuring stability in high-density installations.
Each rack is supplied fully assembled and built to recognised EIA-310 industry standards, ensuring compatibility with standard 19-inch rack-mounted equipment.
Static load capacity per rack
Industry standard compliance
Standard rack-mount compatible
Argent also manufactures SCEC Class B and Class C secure server racks, designed for high-security environments including government departments, defence sites and secure data centres.
These racks incorporate enhanced enclosure security, specialised locking systems and controlled cable entry solutions to protect sensitive infrastructure.
Argent racks incorporate practical features that simplify installation and maintenance, including:
These design details provide technicians with easier access to equipment while maintaining structural integrity and security.
Many installations require rack systems tailored to the physical layout of a facility.
Argent provides engineering support for custom rack dimensions, specialised configurations and project-specific designs, ensuring infrastructure integrates seamlessly within data centres, control rooms and communications environments.
Engineered infrastructure systems built to support the demands of modern technology environments
Designed and manufactured rack systems with local engineering support
Structural cabinet design for rigidity and cable management
Integrated cable management for complex installations
Up to 1000 kg static load for dense infrastructure
SCEC Class B and C racks for government and defence
Project-specific rack dimensions and configurations
Argent provides engineered rack systems for secure and scalable technology environments.
Argent Data Systems • Australian Designed & Manufactured • Engineered Rack Infrastructure
