What is a data center raised floor and why is it needed?
A data center raised floor is an additional floor that is built two inches to four feet above a concrete floor. The objective is to provide an area that enables cooling electrical and mechanical processes. Therefore, in data centers, raised floors are used for distributing cold air. Facilities use raised flooring to reduce the amount of air needed to cool equipment. They require less energy and help enhance temperature distribution across all of the cabinets.Read More
Data centers generate a massive amount of heat as a result of their size, huge working capacity, and long hours of operation. The heat, thus, produced throughout the rows of servers at a data center can create serious engineering issues. Much of electricity and energy is consumed in the functioning of these servers, including their maintenance. This is where raised or elevated floors serve their purpose.Read More
Advantages of using a raised floor
The reasons of using data center raised floor
Building a raised floor for a data center can have its advantages. Here’s what makes them beneficial. 1.Manages poor airflow capacity Some commercial facilities have poor airflow management. Therefore, introducing additional cooling capacity becomes the next step to combat overheating servers. A raised floor helps reduce the cooling load on thermal behavior by 40%. It’s physics! Install perforated raised floor tiles within cold aisles. Perforated tiles are installed in hot aisles when a maintenance tile is put in place. Maintenance tiles give employees access to work in a comfortable and warmer environment. Maintenance tiles are not meant for permanent use as they tend to restrict airflow. 2.Easier Equipment Upgrades Raised floors enable easy equipment upgrades or the installation of new equipment. For instance, installing large amounts of cables at a data center proves to be effective and cost-efficient. Raised floors can also help in concealing cables and consolidate ports, power plugs, and, thus, declutter the data floor. So, raised flooring at data centers enables effective floor panel planning. In other words, cabling is done in raised floors rather than placing them close to servers, light fixtures, and sprinkler systems.
1.Start with marking the level points, measured after every 5 linear meters. Set the rows parallel to the initial row. For each new sequence of plates, level with a nylon line and a template.
2.Install underfloor support structure by laying the pedestal on correct points. Once this is done, screw the stringer into the pedestals. Drill a few extra holes on the stringer to connect additional pedestals.
3.Now, use laser equipment to level the scale to adjust the raised floor height.4.lay the raised floor panels onto the stringer frames. Cut the panels to the right sizes to suit the edges.