verinso@verinso.gr

(+30) 211 1877200

Mon - Fri: 08:30 - 16:30

verinso@verinso.gr

(+30) 211 1877200

Mon - Fri: 08:30 - 16:30

verinso@verinso.gr

(+30) 211 1877200

Mon - Fri: 08:30 - 16:30

Category:

Chillers

Vertiv™ Liebert® AFC

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Additional Information

Manufacturer

Vertiv

Category
Cooling Capacity (TM)

501-1000 kW, 1001-3000 kW

Cooling Type

Chiller

Refrigerant

R1234ze, R134A, R513A (Low GWP)

The Vertiv™ Liebert® AFC Chillers are advanced chilled water solutions for Data Centers and high-power critical infrastructures, covering cooling requirements from 650 to 2200 kW. The series combines Inverter Screw Compressors technology with a new generation low-GWP R1234ze refrigerant, achieving extremely high energy efficiency and a significant reduction in environmental footprint. Thanks to the advanced Vertiv™ iCOM™ control platform, the units continuously optimize their operation according to the actual thermal load, helping to reduce energy consumption and overall operating costs. The Fast Restart function allows for a quick and safe system recovery after a power outage, making the AFC series ideal for high-availability applications and Mission Critical installations.

Key advantages:

  •  Highly reliable Scroll Compressors for stable and efficient operation.

  • Built-in Free Cooling function for significant reduction in energy consumption.

  • Low GWP R454B refrigerant, helping to reduce the environmental footprint.

  • Turn-Key Solution with fully integrated key components for faster installation and lower implementation costs.

  • High energy efficiency at full and partial load.

  • Great configuration flexibility, with a multitude of options and versions for different applications.

  • Compatible with all Vertiv Chilled Water units (PCW, CWA, HPM CW, CRC, etc.).

  • Full integration with Vertiv™ Liebert® iCOM™ CWM, for centralized management, monitoring and optimization of system operation.

  • Ideal for Data Centers, telecommunications facilities and small and medium-scale critical infrastructures.