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| Categories | Laboratory Air Conditioner |
|---|---|
| Brand Name: | Soeteck |
| Model Number: | Data Cool |
| Certification: | CE, ISO, UL |
| Place of Origin: | China |
| MOQ: | 1 |
| Price: | To Be Negotiated |
| Payment Terms: | D/A |
| Supply Ability: | 1000/Month |
| Delivery Time: | 4W |
| Packaging Details: | WOODEN |
| Cooling Capacity: | 32.5-120 kW |
| Dimensions: | Varies by model, typically 1126×990×1795 mm |
| Weight: | 443-980 kg |
| Rated Power: | 29.3kW to 105.2kW |
| Air Volume: | 8325 - 27100 m³/h |
| Fan Type: | EC |
| Heating Type: | PTC |
| Heating Capacity: | 6/9/12 kW |
| Hum.Capacity: | 8/10/12 kg/h |
| System: | Single/Dual |
| Company Info. |
| HEFEI SHUYI DIGITAL POWER CO.,LTD |
| Verified Supplier |
| View Contact Details |
| Product List |
The Reliable Laboratory Air Conditioner 32.5kW-120kW with Precise Temperature and Humidity Control acts as a stable and high-efficiency thermal management core, meticulously engineered to meet the cooling needs of modern large-scale laboratories, research centers, and various scientific mission-critical facilities with strict temperature and humidity control standards.
With a scalable cooling capacity ranging from 32.5kW to 120kW, this system fully caters to the high-density heat dissipation requirements of laboratory environments loaded with precision instruments and experimental equipment, while optimizing energy utilization efficiency. Offered in both upflow and downflow configurations, its compact modular structure allows flexible installation in diverse laboratory layouts without the need for complex customized accessories. Powered by advanced DX cooling technology and eco-friendly R410A refrigerant, it not only achieves outstanding energy efficiency but also guarantees stable and precise temperature and humidity regulation for laboratory equipment running continuously around the clock.
| Model No. | Cooling Capacity | Airflow Rate | Dimensions (W×D×H) | Weight | Rated Power |
|---|---|---|---|---|---|
| SY-SA30UD › | 32.5kW | 8325m³/h | 1126×990×1795mm | 433kg | 29.3kW |
| SY-SA35UD › | 37.7kW | 8620m³/h | 1126×990×1795mm | 438kg | 34.0kW |
| SY-SA40UD › | 41.8kW | 10500m³/h | 1326×990×1795mm | 468kg | 38.1kW |
| SY-SA50UD › | 50.0kW | 12400m³/h | 1326×990×1795mm | 528kg | 45.0kW |
| SY-DA45UD › | 43.5kW | 10500m³/h | 1326×990×1795mm | 478kg | 39.2kW |
| SY-DA55UD › | 53.1kW | 12400m³/h | 1326×990×1795mm | 568kg | 47.8kW |
| SY-DA65UD › | 65.1kW | 17240m³/h | 1826×990×1795mm | 688kg | 58.8kW |
| SY-DA70UD › | 71.1kW | 16650m³/h | 1826×990×1795mm | 718kg | 64.0kW |
| SY-DA80UD › | 83.6kW | 21000m³/h | 2226×990×1795mm | 788kg | 75.3kW |
| SY-DA90UD › | 92.1kW | 22600m³/h | 2226×990×1795mm | 866kg | 83.6kW |
| SY-DA100UD › | 100.9kW | 24800m³/h | 2226×990×1795mm | 888kg | 91.1kW |
| SY-DA110UD › | 110.9kW | 26200m³/h | 2426×990×1795mm | 910kg | 97.1kW |
| SY-DA120UD › | 122.9kW | 27100m³/h | 2426×990×1795mm | 980kg | 105.2kW |
Boasting a sleek, compact modular structure, this air conditioner is well-suited for the diverse layout needs of laboratory and scientific research facilities. It supports both upflow and downflow airflow directions to match different on-site cooling demands for precision instruments and experimental setups, and can be deployed in single or dual-system setups for enhanced scalability. Additionally, its modular design streamlines routine maintenance and component replacement, minimizing operational downtime for laboratory equipment that runs non-stop.
Powered by state-of-the-art DX cooling technology and eco-friendly R410A refrigerant, this system strikes an ideal balance between cooling performance and environmental friendliness. It is fitted with high-quality EC/AC fans and premium heat exchangers, which optimize airflow distribution and accelerate heat dissipation from heat-generating lab instruments, effectively cutting down on daily energy usage and reducing the long-term operational costs for research institutions and laboratories.
Equipped with a reliable electrode humidifier and accurate thermostatic expansion valves, this system maintains optimal temperature and humidity levels in laboratory environments sensitive to environmental fluctuations. It effectively prevents static buildup caused by overly dry air, safeguards the stable operation of precision lab equipment and experimental samples, and keeps environmental parameters consistent even when facing fluctuating external temperatures.
Featuring an intelligent controller and optional remote monitoring & lightning protection modules, it keeps real-time tabs on operating status such as cooling capacity and equipment health. Audible and visual alarms are triggered instantly upon detecting abnormalities like equipment malfunctions or abnormal temperatures, with remote notifications also available to help lab managers address potential risks promptly and ensure 24/7 reliable operation of critical experimental processes.
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.
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