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| Brand Name: | Soeteck |
| Model Number: | EdgeX |
| MOQ: | 1 |
| Price: | To Be Negotiated |
| Delivery Time: | 4W |
| Payment Terms: | D/A |
Tailored for harsh indoor and outdoor working environments, the DC Powered TEC Enclosure Air Conditioner is an advanced thermoelectric cooling solution. Designed to run on a 48V DC power supply, it effectively dissipates excess heat from electronic components (such as batteries) in compact enclosures, and it achieves sustainable and eco-friendly operation by delivering excellent cooling performance without the need for any refrigerants.
Boasting a higher COP (>0.6) than conventional TEC products, this unit realizes superior energy efficiency, and its adjustable 48VDC fans ensure minimal power consumption and an extended service lifespan. Constructed with RAL7035-coated sheet metal, it offers strong corrosion and rust resistance for long-term durable use in challenging conditions. Equipped with intelligent controllers for real-time monitoring, multifunctional alarms and self-recovery capabilities, it features a compact mono-block design and flange-mounting system to simplify installation, making it ideal for cooling data centers, battery compartments and other mission-critical applications, while complying with IP55 standards for robust dust and water protection.
| Model No. | Cooling Capacity | Operating Temperature |
Dimensions (W×D×H) | Weight | Rated Power |
|---|---|---|---|---|---|
| TCO080H › | 200W | -40°C ~ 55°C | 180×200×400mm | 8.5kg | 320W |
It adopts thermoelectric cooling technology that eliminates the need for refrigerants, reducing environmental impact significantly. With a higher COP (>0.6) than conventional TEC units, it achieves superior energy efficiency, and its 48VDC adjustable-speed fans minimize power consumption while extending the overall service life of the equipment.
Featuring a mono-block design with plug-and-play functionality, it greatly simplifies on-site installation procedures. The flange-mounting system enables easy integration with wall-mounted enclosures, and its compact dimensions (400x180x200 mm for basic models) realize space-saving deployment in various compact enclosure scenarios.
Constructed with RAL7035-coated sheet metal, it has excellent corrosion and rust resistance to adapt to harsh indoor and outdoor environments. The closed-loop cooling system provides reliable protection against dust and water ingress, and it complies with IP55 standards to ensure long-term durable operation for outdoor applications.
The intelligent control system supports real-time monitoring and multifunctional alarm output, with self-recovery and comprehensive protection mechanisms, as well as RS485 and dry contact interfaces for enhanced connectivity. It features mutual conversion between cold and hot ends for dual cooling and heating functionality, with a heating capacity of up to 420W for versatile application scenarios.
Focus on the core cooling demands of high-density data center deployments, where our full range of premium products leverages advanced technological advantages to reliably safeguard continuous, efficient, and stable operation.
7.5-300 kW
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
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
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
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.
Empowering next-generation infrastructure with superior thermal management for high-wattage computing demands.
