STULZ CyberAir CFD-1080

CyberAir CFD-1080

The CFD-1080 is the largest perimeter CRAH in the data center industry, delivering up to a megawatt of cooling capacity.  It maximizes cooling in a small footprint, while offering high energy efficiency in a modular design.  This allows for reduced installation and commissioning time.

Highest Capacity CRAH in the Data Center Industry

The CyberAir CFD-1080 comfortably maximizes the cooling capacity per square foot, while allowing for ease of rigging and modularity. The CFD-1080 surpasses the CyberAir 730 as the new largest indoor chilled water CRAH in the data center industry, offering up to 96,000 CFM/987 CFM/ft2 of air handling capability.

Ideal Applications

  • Hyperscale Data Centers

  • Colocation Data Centers

  • Cloud ISP

  • Enterprise Data Centers

Features & Benefits

Features & Benefits

  • State-of-the-art Microprocessor with a range of BMS interface options

  • Dual 2-way modulating CW valves (600 WOG rated)

  • Multiple EC Fan configuration options

  • Dual Cooling Coil Circuits for added redundancy

  • Fewer units at higher capacity for reduced capital and operating costs

  • Dehumidification efficiently achieved through reduced air volume at maximum cooling

  • Seismic and non-seismic rated floor stands

  • 1" thick, hinged access panels

  • 6-piece unit construction for ease of transport and installation

Modular Deployment

The CyberAir 1080 data center CRAH is uniquely designed for modular deployment, with six separate sections (two fan, two coil, and two return filter plenum sections) delivered. Once fully assembled, the 1080 stands an impressive 13 feet tall.  The modular CRAH unit design allows for ease of rigging, solving one of the major challenges for data center infrastructure equipment deployment. 

  • Easier to handle & maneuver smaller sections
  • Added system redundancy
  • Split sections for access limitation

Low pPUE

The CFD-1080 offers the highest airflow in a perimeter mounted form factor.  This is combined with a low pressure drop that operates efficiently by utilizing backward curved plenum style EC Fans. These EC Fans modulate to meet the load demand, operating in tandem with the advanced chilled water control values. This combination provides a low pPUE value, thereby minimizing the PUE of any data center it is deployed in. 

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