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DA265, 265 kW

The Liebert® DSE DA265, 265 kW provides new levels of performance for colocation and cloud hosting facilities, with rapid deployment, low cost of ownership, high energy efficiency and low peak power. The system is ideal for raised and non-raised floor data centers. Its pumped refrigerant economizer uses no water and requires no outside air into the data center. A packaged condenser and refrigerant pump can be rooftop mounted, making it ideal for multi-story buildings.

DA265, 265 kW | FrontView
DA265, 265 kW | RearView
DA265, 265 kW | RearView
DA265, 265 kW | LeftSideView
DA265, 265 kW | FeatureInfographics
DA265, 265 kW | ProductBadge
DA265, 265 kW | ProductBadge

Features

  • Pumped Refrigerant Economizer
  • Advanced Thermal Controls
  • Microchannel Condenser
  • Independent Thermal System Design
  • 50-265kW capacities
  • Downflow configurations (50 - 265 kW)
  • Upflow configurations (80 - 85 kW)  

Benefits

Saves You Money
  • High-efficiency pumped refrigerant economizer uses less than one-tenth the power of compressors
  • Annual operational PUE under 1.2
  • Eliminates water usage, cost, and treatment
  • Large condenser surface are minimizes operating and peak power to minimize generator backup or free up additional saleable IT power.
  • No air leakage or volumetric displacement, eliminating the need for additional fan power or make-up air capacity
  • Rapidly scalable for faster deployment and time to market
  • Low operating costs for higher profitability. Higly efficient in low load / part load conditions Lower Your Risks
  • Proven pumped refrigerant economization technology used in more than 4,000 to 8,500 installations worldwide
  • Multiple fans, DX circuits and other key components for ride-through
  • No air dampers or louvers to maintain
  • Airflow up to 37,000 CFM supports lower delta-T in non-raised floor environments.
  • Supports large, high-density data center suites requiring a low-complexity infrastructure.
  • No outside air, contaminants or humidity allowed into the data centerSimplified Thermal Management
  • Advanced monitoring and control algorithms for multi-unit teamwork, automated transitions to economization and automated protection routines for unit lead/lag, coil freeze, and others
  • Rear-access servicing means no need for mechanical service in the data center
  • Refrigerant pump is vitually maintenance free
  • No dampers to service or outside air filters to replace

Brochures and Data Sheets

Specification Documentation

Manuals

White Papers

Reports & Case Studies

Warranties

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