PRODUCTS // COOLING & FLOORING
UNIT AIRFLOW METHODOLOGY
HOT AIR (red); COOL AIR (blue)
COOL AIRFLOW DIRECTED INTO THE PLENUM AREA
DATA CENTER RAISED FLOOR COOLING DIAGRAM
USING GRATE AIR™
ISO-Base™ Platform
APC 1U AIRFLOW MANAGEMENT
BLANKING PANEL KIT
THERMAL SOLUTIONS FOR DATA CENTERS
Has your growth and server application created a heat issue within your operations center?
Premier Solutions Co. can survey your facility, and provide and install products to increase plenum airflow and ambient room temperature to accommodate the demand. We recommend the best cost effective cooling products for your data center needs, whether small, medium, or large.
Find out more information in the APC white paper Ten Steps to Solving Cooling Problems Caused by High-Density Server Deployment. Then contact or call us at 714.557.5800 for a Cooling Assessment Survey!
COST EFFECTIVE INNOVATIVE THERMAL SOLUTIONS FOR EXISTING SITES
InfraStruXure™ Solutions
The predictable performance of the InRow® RC makes it well-suited for high density applications; modular design allows units to easily be added as the IT head load increases. Placing the unit in the row of racks moves the source of cooling closer to the heat load. Heat is captured by the unit and neutralized before it mixes in the room. It draws power from the UPS for protection with dual feeds for redundancy. Variable speed fans reduce energy consumption during off-peak cooling periods and in-row architecture enables pay-as-you-grow deployment of cooling.
The diagram shows the direction of the cool airflow from the controller – represented by the blue arrows. The cool air is directed downward from the controller into the plenum areas, and up through the flooring into the server/aisle hot spots.
These four recommendations can be a positive and significant step to making your raised floor work even more advantageously in cooling your data center.
• Koldlok grommets installation
• Floor panel placement
• Eliminate by- pass air flow
• Sealing of outer perimeter of floor for managed airflow
FLOORING
Tate® Access Floors – GrateAire™
The GrateAire aluminum grate is designed for new and existing access floor installations, providing superior airflow and rolling load performance. For more detailed information on the technology of this state-of-the-art solution, download the brochure.>
Heat Management Solutions for All Mission Critical Facilities
• Unmatched ability to handle heat density needs of the most demanding mission critical facilities
• Achieve densification never before possible with perforated panels
• Unique design provides seamless compatibility with All Steel and ConCore® Panels
• Effortless reconfiguration and retrofit of any existing stringered access floor, without modification
• One GrateAire™ can cool over 14kw of heat, which is about the same as 75 servers in one cabinet
AIRFLOW SOLUTIONS FOR DATA CENTERS
Slash energy costs while eliminating hot spots!
Once installed with your flooring of choice, the ADAPTIVCOOLSM sensors, fans, cabling, and software solution cuts energy costs, reduces equipment failures and eliminates overcooling by sensing and responding to changing thermal conditions. For more detailed information, download the brochure. >
KOLDLOK® GROMMETS
Seal cable openings in the floor with customized grommets that can be installed before or after a raised floor is put in. For more detailed information on the type you may need, download the brochure. >
SEISMIC PROTECTION
• Only 3” high
• No dangerous bolting, anchoring, or drilling into units
THERMAL COOLING RECOMMENDATIONS FOR SERVER CABINETS
• Installation of 1U blanking plates in cabinets. Blanking Panels promote proper airflow within an enclosure by occupying unused rack space.
• Reconfigure rows to hot/cold aisle format
• Rotation of perforated floor panels into cold aisles of rows
• Installation of top/rear fans into cabinet panels of new cabinets for HP blade servers
• Installation of KoldLok® grommets, supplied by Premier Solutions Co. for new cabinet installation
• Possible exhausting guard of room AC units – to direct hot air into ceiling plenum
• Close off any outside perimeter raised floor areas
• Utilize high CFM producing airflow panels
• In-row cooling units for server cabinet rows
• Placement of blade servers in specific area of data center
