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CIEC indirect evaporative cooling air conditioning

The CIEC indirect evaporative cooling air conditioner, with its novel structural design, is a new generation of highly efficient and energy-saving air conditioning products. It is suitable for room-level refrigeration applications with high temperature or humidity control accuracy, high sensible heat requirements, and waterless machine room characteristics.

The CIEC indirect evaporative cooling air conditioner has a cooling capacity range of 200~400kW. Based on the auxiliary cooling method, it can be divided into two types: compressor direct expansion auxiliary cooling and chilled water auxiliary cooling. The basic dimensions of the unit are 6000mm x 2500mm x 3600mm (length x width x height), with the width increasing depending on the cooling capacity. The air volume ranges from 50000~95000m³/h. Designed using CFD simulation software to optimize airflow, the unit boasts high air volume and low power consumption, making it a highly efficient and energy-saving product. The product, with its optimized software design and true-color touch control instrument panel, offers a more user-friendly interface and more comprehensive parameter information.

Application Scenarios

CIEC indirect evaporative cooling air conditioning is suitable for temperature and humidity control in large and medium-sized data centers with high PUE control requirements and a need for rapid deployment. The unit has the characteristics of a high sensible heat ratio. Such as data centers, cloud computing centers, large and medium-sized switch rooms, mobile data centers, computer rooms, and electronic information system rooms.

Features and Value

Technically advanced and energy efficient

▪ The unit uses high-efficiency EC centrifugal fans with salt-fog corrosion resistance, and the DX auxiliary cooling uses a high-efficiency variable frequency compressor, resulting in high-efficiency and energy-saving operation of the unit;

▪ The outdoor fan of the DX auxiliary cooling uses stepless speed regulation technology to ensure stable operating pressure and reduce unit energy consumption;

▪ The unit is modular in design, facilitating assembly, expansion, and on-site maintenance.

Safe and reliable

▪ DX or CW auxiliary cooling can be optionally selected according to the needs of different regions to ensure the reliable operation of the unit;

▪ Utilizing low wet-bulb temperature for spray indirect evaporative cooling of the unit allows the unit to operate in natural cooling mode for a longer time, reducing the time the auxiliary cooling mode is activated and improving the reliability of the unit's operation;

Intelligent control, remote fault analysis

▪ The unit's microprocessor controller has complete circuit protection, including photoelectric isolation and surge protection;

▪ Through the remote monitoring platform, you can understand the unit's operating status in real time, and perform remote analysis and technical support for product failures.