APC NetShelter 4 Post Open Frame Rack, 44U, Square Holes, Static Load 2000 lbs (AR203A)

The APC AR203A is a 44U open-frame rack designed to support high-density IT equipment while optimizing space, airflow, and cable management. Built with square mounting holes, this 4-post rack is ideal for data centers, network closets, and server rooms. It offers a maximum static load capacity of 2000 lbs (907.2 kg), ensuring reliable support for heavy equipment.

With a 19-inch rack width and adjustable 29.13-inch depth, the AR203A accommodates a variety of servers, switches, and other network devices. The open-frame design facilitates efficient airflow, helping prevent overheating in high-density environments. The unit comes with an installation guide and supports optional cable management accessories for streamlined setup.

This rack complies with EIA-310E standards, ensuring compatibility with a wide range of IT equipment. Constructed with durable steel, the frame features a sleek black finish and is optimized to handle temperature ranges from -5°C to 45°C in data center environments.

Key Features:

• Rack Capacity: 44U open-frame design for servers, switches, and IT equipment.
• Design: 4-post frame with square mounting holes for easy equipment integration.
• Weight Capacity: Static load capacity of 2000 lbs (907.2 kg).
• Dimensions: Height: 83.86 in (213 cm), Width: 23.62 in (60 cm), Depth: 29.41 in (74.7 cm).
• Mounting Depth: Adjustable 29.13-inch depth for versatile equipment mounting.
• Airflow Optimization: Open-frame design for efficient cooling and airflow management.
• Compliance: Meets EIA-310E standards for equipment racks.
• Material: Durable steel frame with a black finish.
• Included Accessories: Installation guide and hardware.

Why Choose the APC AR203A?

The APC AR203A offers flexible support for critical IT infrastructure with its space-saving, durable design. Ideal for high-performance enterprise environments, this rack promotes optimal airflow and easy cable management, enhancing equipment longevity and system efficiency.