RACKEON – Rear Door Cooling Unit (RDX) – 100kW
The RACKEON Rear Door Cooling Unit (RDX) – 100kW is a high-performance thermal management solution designed for server racks, high-density computing environments and colocation data centres. Operating as an active rear door, the system incorporates an air-to-liquid heat exchanger that captures heat generated by IT equipment and transfers it directly to the building's chilled water circuit, preventing excess heat from entering the server room.
Engineered for demanding data centre applications, the RDX features integrated high-efficiency fans, intelligent temperature and pressure management, and a rack-mounted design that can be installed onto existing server cabinets. By maintaining optimal airflow and reducing the load on room cooling systems, the unit delivers improved energy efficiency, increased rack power density and enhanced protection for critical IT infrastructure.
Key Features:
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Active rear door cooling solution
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Up to 100kW cooling capacity
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Air-to-liquid heat exchanger technology
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Transfers heat directly to the building water circuit
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Prevents heat from being released into the server room
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Integrated high-efficiency fans
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Intelligent temperature and pressure control
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Compatible with most server rack brands
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Maintains constant rack airflow
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Rear rack space remains available for cable management
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Maintenance can be carried out without interrupting rack cooling
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Mounting frame included for straightforward installation
Technical Specifications:
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Product Type: Rear Door Cooling Unit (RDX)
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Brand: RACKEON
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Reference: 21130-808
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Cooling Capacity: 100kW
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Cooling Technology: Air-to-Liquid Heat Exchanger
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Cooling Method: Active Rear Door with Integrated Fans
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Application:
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Server Racks
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High-Density Computing
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Storage Systems
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Data Centres
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Colocation Facilities
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Heat Transfer: Building Water Circuit
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Weight: 300kg
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Compatibility: Suitable for most standard server rack brands
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Installation: Rack-mounted with supplied mounting frame
Applications:
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Enterprise data centres
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Colocation facilities
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High-density server deployments
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Cloud infrastructure
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AI and HPC environments
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Telecommunications facilities
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Storage systems
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Edge computing
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Mission-critical IT infrastructure
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Computer rooms