Schneider Electric Easy Rack 42U 600mm x 1000mm Open Frame Rack

The Schneider Electric Easy Rack 42U 600mm x 1000mm Open Frame Rack is a two-post and four-post capable open-frame enclosure designed for high-density compute environments requiring optimized airflow management. The 42U height accommodates standard 19-inch equipment mounting, while the 600mm depth and 1000mm width provide sufficient real estate for GPU-dense node deployments and associated networking infrastructure. This architecture enables unrestricted front-to-back and top-of-rack airflow patterns, critical for managing thermal loads in AI/ML and HPC facilities.

The open-frame design eliminates solid side panels and rear doors, allowing IT teams to configure cooling strategies around specific workload thermal profiles without enclosure-imposed restrictions. The modular construction supports both two-post and four-post mounting configurations, enabling flexibility in deployment topology. Easy Rack frames integrate with standard 19-inch rail systems and support industry-standard mounting hardware.

Deployed widely in data center refresh cycles, the Easy Rack platform addresses the airflow optimization requirements of modern GPU clusters and machine learning infrastructure, where per-node thermal dissipation regularly exceeds 350W–500W.

Ideal for

• AI/ML training clusters with high-TDP NVIDIA H100/H200 GPU nodes requiring unobstructed vertical airflow paths
• HPC compute facilities deploying open-frame configurations for direct access to node internals and custom cooling solutions
• Top-of-rack switch and network appliance staging in hyperscaler environments
• Research computing environments with non-standard thermal or cabling requirements
• Multi-vendor GPU node integration where enclosure flexibility is mandatory
• Data center modernization projects transitioning from closed cabinets to open-frame topologies

Technical specifications

Available from Omnixon Global. Submit an RFQ and our team will confirm configuration and availability for your order.