Emerson airflow containment how compatible deployment

Emerson airflow containment is not widely used as a data center frame designed by the EIA standard. Although some of these industries have not used the factors, but the high cost and no effect is completely untenable. Airflow containment will always provide a good environment for the data center, which can support higher power density and lower energy costs.

But the reality is that the air flow management in the data center is faced with some problems and obstacles such as physical, mechanical, or hardware complexity. In fact, unless enterprises actively participate in the data center's IT, facilities, construction projects and new design of strategic planning from the very beginning, there will be some thorny problems when deploying the airflow containment facilities. This is because the fire control system, data center power supply piping system, ladder, busbar, pallets and other facilities and equipment for data center airflow management is some physical main obstacles, and most of the data center without specialized supply and return air path.
In the introduction of data center airflow containment technology at the beginning of the transformation of the existing spatial data center staff often encounter problems due to data center rack with different sizes or shapes, it is difficult to adapt to the new data center design, does not conform to the curb compatible external installed base material and specification. Because these obstacles are actually problems faced by emerging technologies, so this is the first problem that data centers providers and third parties need to solve. We need to solve the problem of diversity of cabinet products of many manufacturers, and ensure adequate supply.
The data center can be reformed early by increasing the plastic enclosure and enclosure of the airflow channel. These systems may be as complex as the specially designed system. They have the infrastructure and fire starting and releasing mechanism of elevated floor support, and seal up the bridging gap from the top supply pipe to the top of the cabinet. In this case, the length of the pruning plastic strips or curtains can be adjusted. Although this method is very simple, the early adopters also gain a certain degree of efficiency and effect improvement. Since then, the airflow containment supplier provides a wide range of methods and products to adapt to different solutions and to fill all holes in various flexible plugs.
Because more incompatible cabinet or rack will be introduced in the future, which will lead to the destruction of efficient containment system in data center, and its application prospect is worrying. However, this problem has been solved by the design of a cabinet type chimney that is isolated from the cabinet. Because most of all closed vendors provide partition options and socket attachments, it provides a way for compatibility integration.
Finally, whether the data center is faced with the problem of transformation, or is facing the new design of current or future physical obstacles, local airflow containment is an effective way to achieve containment of multiple supplier cabinets. Whether the solution, such as the end of the row door or the part of the top of the cabinet, the suppliers have introduced solutions to these problems.