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NER Data Center Infrastructure Optimization Solutions Overview

 

Dynamic Airflow Management

In-Rack Delphi Blower
SwitchAir In-Rack Cooling
SiteX EC Chimneys
HotSpotr Under-floor Air Movers
HotSpotr Overhead Air Movers
Demand Based Cooling


 

Delphi ECS Enclosure Blower features a durable, light weight polymer housing and fits in the bottom of standard cabinets where it draws cool air from beneath the floor and optimally delivers the coldest available air directly to server fronts

  • Improves air distribution reducing cabinet hotspots
  • Computational Fluid Dynamics (CFD) modeling reveals dramatic reduction in server air temperatures using the Delphi ECS Enclosure Blower
Delphi Blower

SwitchAir delivers air to the switch via the SwitchAir Channels. SwitchAir 2U works with switches having; side intake-rear exhaust, side intake-side exhaust and rear intake-front exhaust. You can even stack switches with varying airflow patterns together.
More Information on SwitchAir

  • Delivers cool air from outside the front of the rack to the switch without hot air contamination
  • Continue placing network switches inside the rack without worrying about the heat load
  • Flexible for most network switch types and installation methods
  • Quick and simple installation, SwitchAir installs in minutes
  • Safely installs on network switches already in operation
  • Developed in coordination with IT and network groups
  • Plugs into any voltage standard world-wide and consumes only 15 watts
Tipp Lite SmartRack Blanking Panels

Opengate Containment Cooling® is an intelligent and actively managed cooling distribution system for high-density computing.  This solution maximizes efficiency and IT flexibility while providing a perfectly controlled environment.
More information on Opengate Containment Cooling

  • Contain 100% of the heat while creating an entire automated cooling circuit
  • Achieve 100% cooling utilization for zero-waste cooling and the lowest PUE
  • Deploy more IT racks without heat issues
  • Scalable for any rack density up to 30 kW
NER Blanking Panels

AdaptivCool® HotSpotr resolves hot spot problems. It instantly reduces server intake temperatures and improves cooling in 1 to 3 traditional or blade server racks with no negative impact on adjacent racks.  Results are immediate – when powered on, HotSpotr will sense and deliver enough cool air to bring rack and server temperatures under control in just three minutes.
More information on HotSpotr

  • Supports 10-12KW racks
  • Mounts directly to popular grates
  • Thermostatically controlled to maintain temperatures
  • Ready for network for Demand Based Cooling Solution
  • Adaptors for all 24” and 600mm floor and tile types
  • All necessary accessories supplied
  • EPO Input, Alarm  Status Output
  • Certified to IEC-60950-1
  • No downtime to install
HotSpotr

HotSpotr™ HT-710 Overhead Air Mover is specifically designed for data center cooling applications. Its perfectly balanced, high pressure, high volume fan and light weight aluminum construction allows for easy installation, long duct runs and flexible power options.

  • Overhead air mover to move cold air to cold aisles or return hot air to CRAC
  • Thermostatically controlled to maintain duct air temperature
  • Continuously variable fan speed
  • Dual emergency shutdown feature to meet fire code
  • Ready for A-Cool Network for Demand Based Cooling
HotSpotr Overhead Air Mover

Demand Based Cooling® lowers cooling costs by improving cooling efficiency through active airflow distribution and management. This allows data centers to adjust their CRAC set points safely and in most cases put several CRACs on standby. Typical DBC installation can provide reduction in cooling costs by 20- 30%.

More Information on Demand Based Cooling

  • Dynamic and highly scalable managed airflow distribution
  • Optimizes existing infrastructure through synchronized cooling delivery and heat evacuation
  • Saves energy while reclaiming capacity and eliminating hotspots
  • ROI in as little as 12 months and ZERO downtime to implement
CFD
 
   
 
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