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- Predictable cooling
Placing the unit in the row of racks moves the source of cooling closer to the heat load. This eliminates air mixing and provides a predictable cooling architecture. - Dual A-B power inputs
Draws power from the UPS for power protection with dual feeds for redundancy. - Rack inlet control
Rack inlet control guarantees inlet temperature to IT equipment. - Top and bottom chilled water connections
Allows chilled water to be connected from the top, if routing from overhead, or bottom, if on a raised floor. - Active response controls
Monitors and actively adjusts cooling capacity to ensure proper server inlet temperatures. Through the microprocessor controller, visibility into the operation and health of the unit is provided. - Variable speed fans.
Variable speed fans reduce energy consumption during off-peak cooling periods. - Row-based architecture
Captures hot exhaust air directly from the IT equipment, thereby increasing the unit's sensible cooling capacity over traditional cooling architectures. - Modular design
Modular design provides scalable solutions to add cooling as demand increases. - Scaleable densities
Allows for higher densities to be achieved by integrating containment with room, row and rack cooling system architectures. - Casters
Provides flexibility to move the unit to wherever cooling is required. - Real-time capacity monitoring
Real-time display of current and available cooling. - Microprocessor controller
Provides proactive control and real-time monitoring via a four line, eighty character, alphanumeric display. - Building management system integration
Send alarms and data points allowing you to manage critical building infrastructure from a single system.
Close-coupled, chilled water cooling for medium to large data centers.