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Server Rooms require the ability to effectively distribute power to racks, data cables, and cooling (i.e. air, water, coolant). Therefore, Server Room designers need to consider how best to distribute these services throughout the server room while also considering how best to address future requirements such as growth, increased demand for data distribution, and technological advances in cooling approaches.
Server room raised floors are the hallmark of the high-availability enterprise data center, and with good reason. For many companies, the presentation of their server room is an important part of facility tours for key customers. Data centers and server rooms without raised floors are perceived as being incomplete or less than state of the art.
The raised flooring within server rooms was developed to provide the following:
- A distribution system for conditioned cold air
- Tracks, conduits, and/or supports for data cabling
- Conduits for power cabling
- A copper ground grid for grounding of equipment
- A location to run chilled water and/or other CRAC piping
Needs for conditioned cold air and power distribution contribute to the popularity of raised floors. Both operations people and server room design firms value the flexibility that is provided by raised floor systems. Regarding power requirements, the number of branch circuits per square foot in today’s data center is much greater than in the past. In most cases, it is easier to install and maintain under-floor branch circuits than ceiling-mounted branch circuits. Although, a recent trend is to utilize a power and data cable pathway as part of the cabinet system. This effectively reduces the cable quantities under the raised floor, thereby allowing for greater open space dedicated to air distribution. In general, raised server room floors are a predictable and practical design option for most facilities.
Evaluating and selecting a server room raised floor solution requires consideration for a number of variables. For easy access, raised floor solutions need panels that can be easily removed for access to cables, cooling, and power below. And, because racks in today’s server rooms are getting heavier every year (more server processing in a smaller footprint), server room raised floor designs need the strength and stability of a bolted stringer understructure rather than panels that just self-lock to the pedestals at the corners.
Selecting the right server room raised floor solution requires an understanding of the structural needs for racks that will sit on the raised floor system as well as an understanding of concentrated load ratings. This is the maximum load that can be applied to the weakest one square inch of the tile without deforming it by more than a specified amount. These are just some of the design considerations when preparing to deploy server room raised floor systems.
From installing raised server room floors to performing raised floor cooling assessments to monitoring increasing power requirements to cleaning raised floor systems, PTS Data Center Solutions is the ideal provider for planning and designing server rooms and helping to maintain and monitor them once installation in complete. For results you can count on, let PTS continue to serve you.
What Customers Say About PTS
PTS is a knowledgeable and trusted partner that has been helping us with both data center and commercial office space design, construction, and maintenance since 2010.
– John Parsons
Wakefern Food Corp.
PTS is a long-time and valued partner that we have come to rely for much of our data center and data cabling needs.
– Abdullah Ansari
Newark Board of Education
Learn more about Our Server Room Raised Floor Design and Deployment Services & Solutions
PTS can design, build, and operate your next data center, computer room, or other mission-critical facility.
Our approach to data center design costs less to build, costs less to operate, can be deployed faster, and can perform better.
A PTS-designed facility is simpler in design, is more energy efficient, is easier to operate, and uses less infrastructure to achieve resilience.
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The average enterprise data center costs between $10 million and $12 million per megawatt to build, with costs typically front-loaded onto the first few megawatts of deployment. Seasoned data center builder Peter Sacco, founder and CEO of PTS Data Center Solutions, claims that it is possible to drive down costs by around 25 per cent or more, simply by being more disciplined on design.
Data Centers from Edge to Cloud Our Focus PTS’ Data Center Maintenance Management Software solution (DCMMS) provides a complete & integrated management platform for