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[tab title=”In-Floor Cooling Devices”]
In-Floor Cooling Devices
for ConCore and All Steel Systems
DirectAire™ & DirectAire™ X2
Unlike other grates the DirectAire and DirectAire X2 angle the airflow toward the server rack to significantly reduce bypass air and achieve a 93% Total Air Capture (TAC) rate. This means 93% of the airflow delivered through the grate is entering the face of a standard 42U rack, providing the highest cooling capacity and energy efficiency of any grate on the market. DirectAire is designed for a one-to-one pairing with a rack while DirectAire X2 divides the airflow to provide even distribution to racks on either side of the cold aisle in data center that have only one accessible airflow panel.
Panel Features
• Directional Air Flow
• Pressure Equalizing Diffusion Blades
• 68% Open Area provides 2,600 CFM @ .1” H2O
• Supports over 25kW per rack (X2 over 12.5kW per rack)
• 93% Total Air Capture
• 2000 lbs Rolling Load
• 2,500 lbs Design Load
• Safety Factor >2.0
Applications
The DirectAire Grate is designed to be used interchangeably with ConCore, All Steel panels made to fit in a 24” stringered system. Suitable for a wide range of applications from typical data centers to telecommunication rooms, mission critical facilities, electronic assembly areas, and general purpose equipment applications. DirectAire’s provide significant energy savings in both low and high density raised floor environments.
DirectAireTM Performance Chart
DirectAireTM System Performance Criteria* (Tested on Actual Understructure)
Static Loads
Rolling Loads
*All tests are performed using CISCA’s Recommended Test Procedures for Access Floors with the exception of Design Load
1. Design Load is tested using CISCA’s Concentrated Load test method on actual understructure instead of steel blocks. Design Load is determined by taking the lesser value of ultimate load divided by two or the point at which permanent damage begins to occur.
2. Safety factor is the factor of Design load that can be divided into the Ultimate Load. International standards recommend a minimum of 2.
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SmartAire™
Tate’s SmartAire electronically controlled variable-air-volume damper adjusts cooling to allow for variable load within a server rack. The damper opens and closes to adjust the amount of airflow and ensure the proper inlet temperature is maintained on a rack-by-rack basis. Options are available to utilize rack mounted temperature sensors or an existing client sensor network to control the VAV damper. This flexibility can help effectively cool facilities implementing virtualization, cloud computing and idle server shutdown strategies while saving energy.
SmartAire Key Performance Characteristics
• 0-22kW supported IT load per DirectAire/SmartAire pair • Power disruption fail safe to fully open position
• Installation can be carried out by IT staff
• User programmable set point
• 6 vane damper for large open area
• Damper is infinitely variable from 0-100%
• Viewable Peak Temp for walkthrough check of each rack
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SmartAire™
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PowerAire™
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PowerAire™
Tate’s PowerAire fan assist module is designed to provide a blast of cooling through an individual airflow panel. The fan automatically turn on when conditions require additional cooling. Options are available to utilize rack mounted temperature sensors or an existing client sensor network to control the fan. Equipped with a variable speed fan drive the fan can be throttled up or down based on the heat load requirements. This powerful solution is ideal for solving the toughest hot spots in a data center.
PowerAire Key Performance Characteristics
• 0-25kW supported IT load per DirectAire/PowerAire @ .1 H2O • Installation can be carried out by IT staff
• System controls to peak value of 4 sensors on rack face • High Precision, Quick Response Temperature Measurement
• User programmable set point
• Fan speed is infinitely variable from 0-100%
• Viewable Peak Temp for walkthrough check of each rack
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[tab title=”Air Flow Panels”]
Air Flow Panels
for Woodcore and Aluminum Systems
Woodcore Perforated Panel
• Available with a wide selection of conductive and static dissipative coverings.
• Available with top surface adjustable damper.
• Interchangeable with laminated woodcore panels in a stringer system
• Class A flame spread rating.
• Epoxy paint finish.
Woodcore Grate Panel
• Grate is made of die cast aluminum.
• Interchangeable with laminated woodcore panels in a stringered system.
• Available with conductive epoxy powder coat finish.
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Aluminum Perforated Panel
• Perforated panels provide optimum laminar airflow, without turbulence.
• Optional chamfered perforations provide superior particulate control with up to 20% increase in airflow.
• Several perforated panel patterns from which to choose.
Aluminum Grate
• Designed to provide superior air flow.
• Unique octagonal design reduces rolling load vibrations.
• Fully interchangeable with FF1250 and FF3000 panels. • A damper can be used to regulate airflow.
• Available in a variety of coatings.
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[tab title=”ContainAire™ “]
ContainAire™
This easy to install product is an excellent solution for hot and cold air separation. You will see immediate results: Intake temperatures lowered. Return temperatures increased. The benefits include reduced energy costs and increased cooling capacity. Special ceiling attachments with a 360 degree swivel allow the partition system to be easily attached to ceiling grid in any direction and at any point along the track. UL and FM rated links are designed so that curtains fall away in the case of a fire, allowing sprinklers full operation range.
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ContainAire™ Partitions
ContainAire Partitions are made of clear anodized aluminum tracks with overlapping ESD fire resistant vinyl sheets that meet the requirements of UL 94 V-0, CPAI-84 and NFPA 701 1,000 hours U.V. ASTM Weatherometer. The aluminum tracks connect to the ceiling t-grid system with UL and FM Global listed quick mount 360° fire suppression links. Splicer’s attach one track of partitions to the next allowing you to create any desired length. The ContainAire Partitions come in pre-packaged sections which must be ordered to meet the dimensions of your specific aisle containment.
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ContainAire™ Retracting Roof
ContainAire™ Retracting Roof
The ContainAire Retracting Roof is made of black anodized aluminum tracks that attach directly to the top of the IT racks and lay flat to prevent interference with other overhead obstructions. Fully adjustable to lengths up to 30′ the Retracing Roof is available in 60″ and 84″ widths to accommodate most cold aisles. The vinyl is rolled from a housing and attaches at the other end using fire suppression links that release allowing it to automatically roll back into the housing during a fire to eliminate the need for additional fire detection and suppression systems inside the containment structure. The ContainAire Retracting Roof kit includes all of the components
and fasteners required to assemble and install the roof containment.
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ContainAire™ Doors
ContainAire™ Strip Door
ContainAire Strip Door
ContainAire Strip Doors provide a cost-effective and easy to install ceiling mounted solution for sealing the aisle ends of the containment system. Installed on the drop-ceiling grid with fire suppression links connected to a high-grade aluminum track, One foot strips of overlapping ESD fire resistant vinyl are then slid into the track allowing for easy passage through the aisle.
The ContainAire Strip Door kit includes all of the components and fasteners required to assemble and install the system. The ContainAire Strip Door can be installed on the drop-ceiling grid or be hung onto any stationary ceiling system such as cable trays, U channel, and or directly into a variety of ceiling materials (metal, cement, etc.).
Features
• Easy Installation (all parts snap together)
• 1-6 foot long modular kits (easy to ship)
• 96-182 inch drop down length
• UL and FM rated fire suppression links
• 360 degree ceiling attachment
• Overlapping vinyl (prevents leaks)
• No tools required for typical installation
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ContainAire™ Framed Door
ContainAire framed door systems are available in Hinged or Sliding access styles. Both designs feature no bottom threshold to prevent tripping. Available with custom locks and stays each design can be installed to open from the left, right or centered double sliding door option. The frame is made of clear or black anodized aluminum and a clear center panel consisting of rigid acrylic materials.
Each door kit includes all of the components and fasteners required to assemble and install the door. The doors are
mounted to the floor with two small attachments to the top of the racks. It may be necessary to purchase additional
ContainAire Partitions to fill the space above the door. It may also be necessary to purchase additional ContainAire Extension Walls if the aisle width exceeds door dimensions.
Features
• No threshold design prevents tripping
• Left or right handed door
• Clear and black anodized aluminum frame
• Sturdy aluminum supports
• Clear see-through panel
• Installs without hanging from the racks
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[tab title=”Other Airflow Management Products”]
Other Airflow Management Products
In-Ceiling High Volume Return Grille
Tate’s High Volume Return Grilles are design to fit in a standard drop ceiling t-grid. Made with 80% open area the grilles allow large volumes of hot exhaust air into the ceiling plenum.
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Rack Shield
The Tate Rack Shield isolation system is an 80” tall x 24” deep preassembled structure designed to fit over the airflow panels in a data center. It captures subfloor supply air and dedicate it to the IT hardware thermal load. Rack Shield is made of fire resistant clear viewing panels mounted in a high-grade aluminum frame that sits on heavy duty casters. Rack Shield is available in 3 standard widths.
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Modular Blanking Panels
These Panels are used to eliminate the migration of hot and cold air through the unoccupied areas of an IT equipment rack. Available in 27 U sheets that can be separated into individual U’s using the perforated grooves provided on the back of the panel. The pre-sized U’s will allow you to customize the panel to fit the U size of the opening in the rack. Easy to use snap on brackets allow for easy installation.
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In-Floor Velocity Adjustor
Tate’s In-Floor Velocity Adjustor is made of Fire Proof Fabric which is installed between pedestals using eye-grommets and zip ties. This device is designed to eliminate low pressure in the subfloor supply by controlling airflow velocity from the CRAC unit. By controlling air pressure, air volume can be equalized through different airflow panels in a data center.
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CRAC Hood
The Tate CRAC Hood is a custom fabricated ceiling return extension that connects the top of the CRAC unit directly to a ceiling return plenum increasing cooling capacity and efficiency by channeling hot exhaust air directly into the CRAC unit maintaining the proper Delta T. The sturdy pre-painted metal frame is also equipped with a door system for AC units with pre-filters.
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[tab title=”Underfloor Service Distribution”]
Underfloor Service Distribution
Underfloor Services
A full offering of devices and accessories are available to complete your access floor and underfloor service distribution installation. For more information contact us or visit us online to download details and specifications at www.tateaccessfloors.com/products/underfloor_services.aspx.
Underfloor Air Devices & Accessories
Tate’s Air»Connect provides significant advantages in maintaining air quality, flexibility and the aesthetic integrity of a Casino’s gaming environment. Air»Connect uses a flexible duct to tap into the pressurized plenum of an underfloor air distribution system. The air is then delivered at or near the floor through diffusers mounted in slot bases and other structures built on top of the raised floor. Air»Connect offers the same flexibility and improved indoor air quality of a typical floor mounted diffuser only the diffusers can be concealed out of sight for a clean appealing aesthetic throughout the entire gaming floor.
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Underfloor Modular Wiring & Cabling
The Power Distribution Module
The Power Distribution Module (PDM) is a modular power distribution center that can distribute any combination of up to 18 circuits across multiple ports. Pre-wired and tested at the factory, the PDM’s are configured to meet any project requirements. PDM’s are connected by ‘plug and play’ extender cables to PVD Servicenters®.
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PVD Servicenter® is designed to terminate power wiring and voice data connection at floor level and provide convenient user access to outlets. The box contains a hinged lid with recess for a floor finish insert designed to match surrounding finish for maximum aesthetic appeal. StationLink® quickly mounts to any work surface to provide desktop access to power, voice and data connectivity. [/twocol_one]
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Building on the advantages of underfloor service distribution StationLink provides desktop access with the flexibility of a typical floor mounted termination box. PVD Servicenter and Stationlink termination units are available in several configurations to handle both capacity and finished floor height requirements.
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Grommets
Used to seal opening in the access floor for wires and cables.
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Plug & Play Cables
Low voltage cables designed to provide voice/data to devices.
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The passive zone distribution box is a consolidation point that can house up to 96 cable connections. The consolidation point provides an intermediate connection from the distribution box to the PVD Servicenter.
The active zone distribution box allows for a major reduction in the amount of horizontal cable by bringing fiber into the box and then exiting with short run copper cable to the PVD Servicenters.
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