The modular design and ability to retrofit to an existing netshelter sx rack enables medium to high density racks to be cooled in an autonomous.
Apc rack containment system.
The optional ul723s listed fire safe system uses temperature sensors.
When designing a system with hot aisle containment it is best to design the rack cluster as if it were an open aisle and then add containment to further improve the predictability of the system.
Row 3 phase power distribution.
The containment system is designed to create a separate environment for air distribution in order to prevent mixing of hot and cold air streams resulting in a more predictable cooling pattern.
The air return system of the ecoaisle provides a centralized hot air return path for room based crac crah units or external air handling systems.
Rack air distribution systems work with existing cooling products to either provide cool air to or remove heat from the rack enclosure.
The netshelter aisle containment system adapts to varying rack heights aisle widths and rack depths to support either hot or cold aisle containment.
The eco aisle system adapts to varying rack heights aisle widths and rack depths to support either hot or cold aisle containment.
Apc hot aisle containment airflow diagram.
Hot and cold air containment systems designed to maximize cooling predictability capacity and efficiency at the rack row or room level.
The air return system of the netshelter aisle containment provides a centralized hot air return path for room based crac crah units or external air handling systems.
The air return system of the netshelter aisle containment provides a centralized hot air return path for room based crac crah units or external air handling systems.
These hot spot problem solvers ensure uniform inlet temperatures to the it equipment.