Belden HCC001 | Adaptive Enclosure Heat Containment (Aehc) Chasis

Main Features

• Fewer, larger cooling systems means reduction in components and interconnects
• No hot-spots, even with very high density enclosures
• Having single, not multiple, cooling systems in operation improves availability and simplifies maintenance programs
• Wate or glycol loops are isolated to perimeter of facility; no danger of leakage into enclosures
• Reduced need for human interaction
• Easy maintenance
• A single fan cartridge failure or repair does not affect an enclosure’s cooling
• Provides early warning alms for problem conditions
• Same system used in both existing and new facilities
• Cartridge installation does not interrupt existing operations
• All components are "hot swappable" to reduce human interactions
• System will issue reports on combined IT coolg enclosure loads for accurate assessment of new
• server and circuit deployment
• Involves low maintenance and service costs
• IT enclosure load location is divorced from cooling source locations
• System reduces the quantity of CRAC units required on floorf new data center, or fully
• utilizes those in existing facilities
• Adaptable to existing enclosures and easily allows IT adds, changes and removals without
• disrupting IT operation or the environment
• Maximizes enclosure space on the floor, due to feweCRAC units taking up space
• Same stable cooling environment, even with low slab-to-slab ceiling heights
• Allows higher power density per enclosure rack with no effect on intake air temperatures
• Extends operation during utility failure by routing load het across CRAC coils and
• concrete floor slab
• System automatically scales fan speed to match IT load and reports cooling load
• in real time for each enclosure
• Complete management software; software is embedded in the controller so each unit is
• fully auomous