Friday, 15 November 2024
Vertiv Liebert PEX+ Cooling System
Vertiv Liebert PEX+ Cooling System
The Liebert® PEX+ is designed as a modular-type room-based precision cooling system for IT critical equipment that requires high level of sensible heat elimination, precise temperature and humidity control. It is available in both air-cooled (20 - 100kW) and chilled water (30 - 210kW) configurations to cover a wide range of room applications.
Price: ₱ 1
Price indicated is not actual selling price. Actual price will be given on a per quote basis.
Availability: Order Basis
Benefits
- Energy saving
- High sensible heat ratio and high energy efficiency
- Equipped with Copeland Scroll™ Compressors
- Provides stable temperature and humidity condition
- Fans for outdoor units feature easy to access full range speed regulation
- Manageable and uniqe Eco-Mode option
- Energy saving component options
- V-shaped evaporator**
- Group control function offered for units of the same model**
- Space Saving
- Small footprint – 100% front door access
Technical Specifications
- With ultra-high efficiency, reliability, flexibility and low cost whole life
- Modular design, optimized airflow inside the cabinet, easy dismantling and easy handling
- Removable handling structure, 100% positive maintenance, saving room floor space
- Copeland Scroll™ efficient scroll compressor for refrigerants
- Ultra-efficient EC fan, adjustable air volume depending on the room load
- Large modular V-type evaporator, the dispenser nozzle and sophisticated design to ensure energy saving
- Unique efficient far-infrared humidification system, wetting speed, adapt to poor water quality, low maintenance
- Full Chinese LCD graphic display, the powerful joint control and communication functions
- Speed air-cooled condenser, low noise
- Electronic water flow adjusting means, precisely regulated to ensure optimal operation unit
- R485 comes standard monitoring interface, which provides a variety of monitoring methods
- Networking multiple units, the use of energy-efficient management and joint control, optimal energy efficiency