Vertiv Liebert CRV+

The Vertiv Liebert CRV+ (Computer Room Air Handler) is a precision cooling unit specifically designed to provide efficient and reliable cooling for data centers and other critical IT environments. It is part of Vertiv's lineup of high-performance cooling solutions aimed at maintaining optimal environmental conditions for sensitive IT equipment.

The Vertiv Liebert CRV+ is engineered to offer precise environmental control and high energy efficiency, catering to the cooling needs of medium to large-scale data centers. It is designed to handle varying heat loads while ensuring reliability and operational continuity.

Models	Total Nominal Capacity kBtuh [kW]	Nominal Airflow [CFM]	Height	Width	Depth	Weight
Liebert CRV+ CW CR030	30.3 kW	5100 m3/h	2000 mm	300 mm	1100 mm	180 kgs
Liebert CRV+ CW CR035HC	36.5 kW	6000 m3/h	6000 m3/h	300 mm	1200 mm	200 kgs
Liebert CRV+ CW CR060	59.1 kW	9300 m3/h	2000 mm	600 mm	1100 mm	300 kgs
Liebert CRV+ CW CR065HC	70.7 kW	11500 m3/h	2200 mm	600 mm	1200 mm	330 kgs

Key Features

Modular and Scalable Design

The CRV+ features a modular design that allows for scalability, making it easy to expand cooling capacity as data center requirements grow. This modular approach also simplifies maintenance and upgrades.

Energy Efficiency

Incorporates energy-efficient components such as EC (electronically commutated) fans and advanced compressor technology to optimize energy consumption and reduce operational costs.

Advanced Airflow Management

Utilizes advanced airflow management techniques to ensure efficient distribution of cooled air to IT equipment, enhancing cooling effectiveness and efficiency.

Advanced Control Systems

Equipped with the Liebert iCOM™ control system for precise temperature and humidity control. It supports remote monitoring and management, enabling proactive maintenance and optimization of cooling operations.

Reliability and Redundancy

Built with redundant components and features to ensure continuous operation and minimize the risk of downtime due to cooling system failures.