APC AR3350B2 NetShelter SX Server Rack Gen 2 with Sides, 1991H x 750W x 1200Dmm, 42U RS

Optimize high-density data center, security and surveillance deployments with the APC by Schneider Electric NetShelter SX Server Rack Gen 2. This 42U rack enclosure (1991H x 750W x 1200D mm) is engineered to support demanding IT, monitoring and networking workloads by combining greater load capacity with superior airflow management. The Gen‑2 design features up to 80% door perforation and a 270° door opening (180° bayed) to improve cooling efficiency and simplify equipment access, reducing service time and operating costs.

Built from all‑steel construction and shipping with baying hardware, keyed side panels and pre-installed casters, the NetShelter SX streamlines deployment for colocation, security operations centers and enterprise server rooms. Integrate industry-standard PDUs, cable management and environmental sensors from the APC accessory portfolio to create a secure, monitored rack that meets compliance and sustainability initiatives. Backed by a 5-year limited warranty and TAA compliance, this rack is ideal for high-density compute, surveillance, and network infrastructure. Configure your enclosure with APC accessories or contact sales to specify a complete cabinet solution.

• Maximizes compute density for AI, virtualization and high-performance networking, letting you pack more servers and storage into a single 42U footprint
• Optimized airflow and cooling with 80% perforated doors and Gen‑2 design to reduce hot spots and lower HVAC costs in data centers and surveillance rooms
• Simplifies installation and maintenance with 270° (180° bayed) door opening, pre-installed casters and quick-access side panels for fast cable and equipment access
• Robust, all-steel construction and higher load capacity deliver long-term reliability and secure mounting for racks supporting security, monitoring and networking gear
• Modular accessory ecosystem and TAA-compliant build enable easy integration of PDUs, cable management, shelves and sensor-based monitoring for enterprise and colocation environments