120W Industrial Enclosure AC Heat Exchanger Cabinet Air Conditioning Units

For outdoor telecom and industrial cabinets where space and energy are at a premium, the Enclosure Heat Exchanger for Outdoor Cabinets with DC Power emerges as a smart, passive cooling solution. This compact unit leverages advanced air-to-air heat exchange technology to maintain a stable internal environment, protecting sensitive electronics from overheating without the complexity and cost of traditional air conditioning.

At its core is a high-efficiency counter-flow recuperator that transfers heat from inside the cabinet to the outside air, creating a closed-loop system that keeps dust, moisture, and pollutants at bay. Powered by efficient, speed-adjustable DC fans, it minimizes energy consumption while ensuring reliable performance. Its rugged, IP55-rated construction and intelligent monitoring capabilities make it an ideal choice for securing critical infrastructure in the harshest outdoor environments.

7.5-300 kW

In-Room Precision ACs

Designed for medium to large data centers, these units provide precise temperature and humidity regulation for the entire room. They utilize raised-floor or overhead delivery to ensure consistent airflow distribution and equipment stability.

5.6-90.1 kW

In-Row Precision ACs

Positioned directly between server racks, this solution brings cooling closer to the heat source. It minimizes airflow paths to maximize efficiency, making it the ideal choice for managing hot spots and high-density computing clusters.

3.5-12.5 kW

In-Rack Precision ACs

An all-in-one solution integrated directly inside the server cabinet. This closed-loop system handles ultra-high thermal loads with maximum energy efficiency, isolating sensitive equipment from the outside room environment and noise.

1.0-4.0 kW

Enclosure Cooling

Compact and durable cooling designed for outdoor telecom cabinets, battery compartments, and industrial control panels. These units ensure reliable operation in harsh environments by strictly controlling internal temperatures and blocking contaminants.