As your one-stop destination for all cooling requirements, we specialize in providing a comprehensive range of components and products. Our focus extends beyond traditional boundaries, encompassing Liquid Cooling, Clean On-Site Power, Energy Storage & Reuse Expertise, both within and beyond the confines of the white space. We deliver scalable solutions alongside top-tier quality and reliability, all with the shortest lead times possible. Our Products. Our Products. CDU Coolant Distribution Unit A Rear Door Heat Exchanger (RDHx) is a cooling solution employed in data centers to regulate the heat produced by IT equipment, like servers and networking devices, housed within server cabinets or racks. This system is typically affixed to the rear door of a server cabinet or rack and is engineered to directly dissipate heat from the IT equipment. Active Rear Door Heat Exchangers (RDHx) represent an upgraded cooling solution utilized in data centers to manage IT equipment heat more effectively. In contrast to passive RDHx, which rely solely on conduction and natural convection for heat dissipation, active RDHx integrate supplementary components such as fans to augment cooling performance. DeepCoolAI offers passive and active RDHx up to 200kW capacity. Learn More RDHx Rear-Door Heat Exchangers RACK MANIFOLDS Manifolds and Couplings Load Bank In a data center, a rack manifold denotes a key element of a liquid cooling system crafted to distribute coolant fluid effectively to numerous IT equipment racks. Acting as a centralized hub, it facilitates the connection of the liquid cooling infrastructure to individual server racks or groups of racks within the data center. DeepCoolAI provides rack manifolds tailored for 42U, 48U, and 56U racks, offering configurations with 21, 24, and 28 node quantities, respectively. In data centers, quick couplings for liquid cooling systems are essential for streamlining the installation, maintenance, and operation of liquid cooling infrastructure. These couplings enable swift connection and disconnection of coolant lines, facilitating prompt servicing, component replacement, and system reconfiguration when necessary. DeepCoolAI offers a variety of self-sealing quick coupling components designed specifically for data center liquid cooling applications. Learn More In a data center, a rack manifold denotes a key element of a liquid cooling system crafted to distribute coolant fluid effectively to numerous IT equipment racks. Acting as a centralized hub, it facilitates the connection of the liquid cooling infrastructure to individual server racks or groups of racks within the data center. DeepCoolAI provides rack manifolds tailored for 42U, 48U, and 56U racks, offering configurations with 21, 24, and 28 node quantities, respectively. In data centers, quick couplings for liquid cooling systems are essential for streamlining the installation, maintenance, and operation of liquid cooling infrastructure. These couplings enable swift connection and disconnection of coolant lines, facilitating prompt servicing, component replacement, and system reconfiguration when necessary. DeepCoolAI offers a variety of self-sealing quick coupling components designed specifically for data center liquid cooling applications. In data centers, a load bank serves as a vital device employed to simulate electrical loads. Its purpose is to assess the performance, capacity, and reliability of power infrastructure components such as generators, uninterruptible power supplies (UPS), and power distribution systems. Load banks play a crucial role in commissioning, maintenance, and troubleshooting activities within data center facilities. DeepCoolAI provides AQUA series load banks and TTV designed for both chip power level and rack power level testing, ensuring comprehensive evaluation and optimization of power infrastructure performance. DeepCoolAI offers water-cooled load banks in 30kW, 100kW, 108kW, 250kW, 500kW and up to 1MW capacities. Learn More LIQUID COOLING Fill Cart A coolant distribution unit (CDU) is an essential element of a data center's cooling infrastructure. Its main purpose is to distribute chilled water or another cooling fluid to various cooling units within the data center, including rear-door heat exchangers (RDHx) or direct-to-chip cooling systems. CDUs are integral to maintaining optimal operating conditions and safeguarding IT equipment from overheating, making them vital components of the data center's overall cooling system. DeepCoolAI offers in-rack and in-row liquid-to-air CDUs with capacities ranging from 10kW to 240kW. Additionally, DeepCoolAI offers in-rack, in-row, in-room, and custom liquid-to-liquid CDUs with capacities ranging from 20kW to 6MW (and more). Learn More Learn More Learn More Learn More A liquid cooling refill cart in data centers serves as a portable unit essential for refilling and maintaining liquid cooling systems within the facility. These systems, crucial for cooling high-performance computing (HPC) clusters or specialized servers, depend on a steady supply of coolant to efficiently dissipate the heat generated by the IT equipment. DeepCoolAI offers fill carts in 120L (small), 200L (medium) and 500L (Large) fluid capacities. Learn More CUSTOM Modular Cooling Pod and Skid With the innovative Built-In-Module (BIM) design, the cooling POD optimizes its structure by tightly integrating various components such as the chiller, heat exchanger, pump, cooling tower, valve, and BA system. This approach enhances structural optimization and integration efficiency. Structural parts are manufactured in professional factories, and modules are transported and assembled on-site, significantly reducing on-site construction complexity and installation difficulty while enabling rapid installation and delivery. Learn More IN PARTNERSHIP WITH DEEPCOOLAI IT Racks DeepCoolAI offers a complete range of standard 19” racks, including latest ORV2 and ORV3 rack per OCP specification. In addition, we offer vertically integrated racks with PDUs, servers, and storage. Their engineering and design services include enclosure manufacturing, thermal management, structural analysis, modeling, verification, and cabling. DeepCoolAI specializes in crafting custom cabinet designs for indoor and outdoor applications, utilizing materials such as stainless steel, mild steel, and aluminum. DeepCoolAI offers pre-designed modular and configurable systems tailored for IT, data center, networking, computing, and storage applications. KEY CAPABILITIES AND FEATURES IT Racks Key capabilities and features include: Expertise in standard rack, OCP (Open Computer Project), ORV3 (Open Rack Version 3), and customer-specific specifications. Three cabinet options: Heavy, Medium, and Light Duty, catering to various application requirements. Extensive variety of sizes and capacities available to accommodate diverse customer needs. Each Mounting U (unit) can be uniquely configured to optimize space utilization and meet specific equipment requirements. Additional accessories can be seamlessly integrated into the configuration, including side panels, doors, hot air containment solutions, and more. ORV3 products: Designed to support 44 OpenU (rack units) and 47 RU (rack units) of equipment, facilitating efficient use of space. Supports tool-less rack rails and cable management systems for easy installation and maintenance. Modular rack cabling options available, allowing for flexible and scalable configurations to adapt to changing needs. Rack integration services, including liquid cooling solutions and related support services, to ensure seamless deployment and optimal performance. Liquid Cooling Total Solution (ORV3 Structure) CDU RDHx Load Bank Refill Cart Manifolds + Couplings Modular Cooling Pod + Skid IT Racks

With the innovative Built-In-Module (BIM) design, the cooling POD optimizes its structure by tightly integrating various components such as the chiller, heat exchanger, pump, cooling tower, valve, and BA system. This approach enhances structural optimization and integration efficiency. CUSTOM Modular Cooling Pod + Skid With the innovative Built-In-Module (BIM) design, the cooling POD optimizes its structure by tightly integrating various components such as the chiller, heat exchanger, pump, cooling tower, valve, and BA system. This approach enhances structural optimization and integration efficiency. Structural parts are manufactured in professional factories, and modules are transported and assembled on-site, significantly reducing on-site construction complexity and installation difficulty while enabling rapid installation and delivery. Each module is pre-installed inside the factory and includes insulation, chiller, pump, sand filter, make-up water system, fire protection, lighting, and integrates an ELV system, substantially improving on-site assembly efficiency. Special high-efficiency cooling water tanks resolve the issue of large water tanks for conventional diesel generator units. This innovation allows the assembly of the largest 2400KW units into 40-foot ultra-high shipping containers, meeting sea export requirements for product transport. Key Features: Standardization: Components of the frame adhere to general industrial standards in design and manufacturing. Prefabrication: Each part of the frame adopts a factory prefabrication mode, utilizing quick installation and delivery on-site for sealed channels. Trusses of the channel's closed structure are pre-spliced with multi-segment modules. Containment: Multiple modules are prefabricated, employing a modular assembly mode on-site. Hot/Cold Aisle: The channel sealing structure adopts a column truss structure supported by columns at both ends, with the top in truss form, eliminating the need for additional frame support. Column-Free: The entire truss structure within the hot aisle is devoid of columns, preserving cabinet positioning and installation ease. See More Products Get Your Custom Quote Name* Email* Company name* Phone* Product* Choose one How can we help? Submit

Are you intrigued by the prospect of joining DeepCoolAI? Are you intrigued by the prospect of joining DeepCoolAI? If so, we're eager to learn more about you. ↓ CAREERS Join Us First name* Last name* Email* Phone* LinkedIn URL* Tell Us a Bit About Yourself Upload CV* Upload File Submit Application

DeepCoolAI offers water-cooled load banks in 30kW, 100kW, 108kW, 250kW, 500kW and up to 1MW capacities. Key Features: Temperature protection, overpressure trip off Hygiene pipe with fine filtration Server pressure drop simulator No PTFE tape, good air tightness Power adjustable, match-able electronic connections LOAD BANK 110kW Liquid Cooled Load Bank Get Your Custom Quote Name* Email* Company name* Phone* Product* Choose one How can we help? Submit DeepCoolAI offers water-cooled load banks in 30kW, 100kW, 108kW, 250kW, 500kW and up to 1MW capacities. Key Features: Temperature protection, overpressure trip off Hygiene pipe with fine filtration Server pressure drop simulator No PTFE tape, good air tightness Power adjustable, match-able electronic cconnections HMI, showing real time data Leakage detection High safety, leakage detection, RCD, over temperature alarm (80°C/176°F), earthed, overvoltage protection, etc Rated Capacity Utility Power Inlet Coolant Temperature Dimensions H x W x D 480VAC/60Hz/3Ph, 5-wire (A, B, C, N, PE) 5-70°C(41-158°F) 1200mm x 600mm x 1100mm (47 x 24 x 43 in) 110 kW 205kg (452lb) Dry Weight: DCAI-LBK-110 See More Products

DeepCoolAI offers water-cooled load banks in 30kW, 100kW, 108kW, 250kW, 500kW and up to 1MW capacities. Key Features: Temperature protection, overpressure trip off Hygiene pipe with fine filtration Server pressure drop simulator No PTFE tape, good air tightness Power adjustable, match-able electronic connections LOAD BANK Hybrid Load Bank Commission and validate next-generation AI and liquid-cooled data centers with a modular hybrid load bank combining air and liquid cooling in a single integrated platform. One Load Bank for Complete Data Center Validation Modern AI data centers rarely rely on a single cooling technology. Hybrid environments require validation of both liquid cooling loops and traditional air cooling infrastructure. The DeepCoolAI Hybrid Load Bank combines both technologies into one integrated platform, allowing commissioning teams to simulate real-world thermal loads across the complete cooling ecosystem. Benefits: Test CDU performance Validate liquid cooling loops Verify airflow performance Simulate realistic server heat loads Reduce commissioning complexity Rapid Commissioning Reduce setup time by combining air and liquid load banks into one integrated testing platform. Air + Liquid Simulation Simulates both air- and liquid-cooled AI racks to accurately validate next-generation cooling infrastructure. Centralized Control Manage up to 200 hybrid load bank racks from a single PLC using HMI, PC software, RS485, or Modbus. Modular Architecture Independent air and liquid modules Easy maintenance Rack-mounted components Redundant load capacity Precision Load Control 1kW increments ±2% accuracy Continuous operation For repeatable, reliable results Integrated Fluid Management Electric flow control valve Automatic exhaust valve Drain valve Adjustable flow Pressure monitoring Built-In Safety Leak Detection Over Temperature Short Circuit Over Voltage Over Current Versatile Applications AI Data Centers High Density Computing CDU Validation Factory Acceptance Testing (FAT) Site Acceptance Testing (SAT) Commissioning Liquid Cooling Development Labs HPC Testing Get In Touch See More Products What Hybrid Testing Can Do For You The DeepCool Difference Realistic AI Workload Simulation Simulates both liquid- and air-cooled loads to accurately replicate real-world AI server rack operation ( NVIDIA GB200, GB300, Vera Rubin). Mimics actual AI rack power distribution, fluid connections, and cooling behavior for realistic commissioning and validation. Configurable Modular Design Customize the number and combination of air- and liquid-cooled modules to accurately simulate your unique AI infrastructure and ever-evolving requirements. Experience total control down to the last 1kw. Flexible & Scalable Testing Adapts to changing load requirements, making it ideal for infrastructure upgrades and evolving AI deployments. Portable design allows load banks to be moved between multiple facilities for consistent testing across sites. Rapid Deployment & Commissioning Combines air-cooled and liquid-cooled load banks into a single integrated platform, reducing setup time and simplifying infrastructure testing. Enables rapid deployment to accelerate commissioning and validation of next-generation AI data centers. Intelligent Group Control Centralized group control manages up to 200 hybrid load bank racks from a single control system. Supports local HMI and remote operation via PC software, RS485, and Modbus RTU. Precision Cooling & Load Control Electronically controlled fluid valve enables real-time adjustment of coolant flow and pressure drop. Variable-speed EC fans provide precise airflow regulation for air-cooled modules. Optimized thermal simulation improves testing accuracy and system performance. Configured Around Your Test Environment Available as all-air up to 200kW , all-liquid up to 300kW , or hybrid up to 300kW combined load to match the cooling architecture being commissioned. Customizable Tailored to your site's requirements. Simplify installation and align with your existing infrastructure. Custom rack dimensions Configurable liquid connection type Adjustable liquid connection location Configurable power connection type Adjustable power connection location Site-specific layouts available 20kW Liquid Module Highlights Rack mount SS304 liquid piping Adjustable flow control Leak detection Continuous duty 1kW load resolution 12kW Air Module Highlights Rack mount Variable speed fans Automatic fan control 1650 CFM ≤75dB PLC Controller Highlights 10" HMI Controls all modules Remote communications Industrial PLC architecture Get Product Sheet Get Your Custom Quote Name* Email* Company name* Phone* Product* Choose one How can we help? Submit

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In an age propelled by Artificial Intelligence and high-performance computing, the pursuit of optimal data center solutions is ceaseless. Within this dynamic environment, DeepCoolAI (DCAI) stands out as a pioneering company, dedicated to integrating, designing, manufacturing, and implementing liquid cooling systems customized for the AI and high-performance computing sectors. DeepCoolAI is Now part of Gradian thermal Solutions Same engineers, same commitments, expanded capabilities. Learn More Revolutionising Liquid Cooling for AI and High-Performance Computing. We Redefine The Game ↓ Our Products. We are a Total Solution Provider ↓ Total Cooling Solution Provider. DeepCoolAi Advantages ↓ Exciting News! DeepCoolAI Partners with Sanmina to Redefine Data Center Cooling View our recent press release here Revolutionising Liquid Cooling for AI and High-Performance Computing. We Redefine The Game. Learn More ↓ Our Products. We are a Total Solution Provider. Learn More ↓ Total Cooling Solution Provider. DeepCoolAI Advantages ↓ INTRODUCTION We Revolutionize the Field. In an age propelled by Artificial Intelligence and high-performance computing, the pursuit of optimal data center solutions is ceaseless. Within this dynamic environment, DeepCoolAI (DCAI) stands out as a pioneering company, dedicated to integrating, designing, manufacturing, and implementing liquid cooling systems customized for the AI and high-performance computing sectors. However, DeepCoolAI transcends traditional hardware manufacturing; we revolutionize the field by seamlessly integrating advanced software solutions. This approach ensures our customers benefit from a comprehensive, end-to-end service that redefines industry standards. DEEPCOOLAI Advantages. DEEPCOOLAI ADVANTAGES Total Cooling Solution Provider As your one-stop destination for all cooling requirements, we specialize in providing a comprehensive range of components and products. Our focus extends beyond traditional boundaries, encompassing Liquid Cooling, Clean On-Site Power, Energy Storage & Reuse Expertise, both within and beyond the confines of the white space. We deliver scalable solutions alongside top-tier quality and reliability, all with the shortest lead times possible. Our aim is to assist you in attaining your objectives related to power and water efficiencies, as well as sustainability goals. DEEPCOOLAI ADVANTAGES Global Supply Chain and Manufacturing Capabilities DeepCoolAI's robust key partnerships in the industry ensure access to global supply chain and manufacturing capabilities for our clients. With a scalable solution and substantial manufacturing capacity based in North America, DeepCoolAI stands ready to support your project requirements anywhere in the world. DEEPCOOLAI ADVANTAGES Modular and Custom- Design Build Solutions DeepCoolAI offers a range of pre-fabricated and custom solutions, including IT pods, pre-fabricated skids for both inside and outside of white space, and power skids tailored to your application. This approach facilitates full modularity in data center development, ensuring flexibility and efficiency throughout the process. DEEPCOOLAI ADVANTAGES Global Systems Integration We specialize in providing comprehensive turn-key custom design and applications tailored to your specific needs. Our expertise lies in modular system design and integration, ensuring seamless compatibility and scalability. Through collaborations with robust industrial partners on both a global and local scale, we facilitate system integrations that meet the highest standards of quality and performance. Additionally, our proficiency in enterprise application integration (EAI) extends to third-party system integration and business-to-business integration, enabling streamlined operations and enhanced efficiency. DEEPCOOLAI ADVANTAGES Optimized TCO, and Enhanced Operation Our team of in-house engineers and specialists specializes in liquid cooling, offering invaluable support to clients for their design and engineering requirements to optimize operations and achieve the best total cost of ownership (TCO). We excel in providing innovative solutions, backed by quick design support, demonstrated through case histories, and proof of concept (PoC) with evaluation units to ensure the effectiveness of our approach. WHY WORK WITH DEEPCOOLAI? Uncompromisingly Sustainable. Our mission is to deliver tailor-made, large-scale integrated liquid-cooled solutions for global data center operators and clean tech power solutions. We are dedicated to providing integrated hardware and software systems that precisely target the challenges faced by next-generation, AI-driven data centers and clean tech power solutions. Our products and solutions are designed to significantly reduce carbon footprint, water usage, and energy consumption, thereby enhancing overall energy efficiency and sustainability. READ MORE IN SUMMARY DeepCoolAI DeepCoolAI is positioned to transform the data center industry through its comprehensive liquid cooling solutions, seamless software integration, and customer-focused approach. As we embark on this exciting journey, we extend an invitation for you to join us in shaping the future of data center cooling and performance optimization. GET IN TOUCH

A liquid-to-air Coolant Distribution Unit (CDU) within a data center is a specialized system crafted to oversee the distribution of liquid coolant, usually water or a water-glycol mixture. Its purpose is to cool IT equipment indirectly through air-to-liquid heat exchangers. Such a CDU is commonly deployed in high-density computing environments where conventional air cooling methods might prove inadequate to dissipate the heat generated by densely packed servers. COOLANT DISTRIBUTION UNIT Liquid-to-Air (L2A) CDU A liquid-to-air Coolant Distribution Unit (CDU) within a data center is a specialized system crafted to oversee the distribution of liquid coolant, usually water or a water-glycol mixture. Its purpose is to cool IT equipment indirectly through air-to-liquid heat exchangers. Such a CDU is commonly deployed in high-density computing environments where conventional air cooling methods might prove inadequate to dissipate the heat generated by densely packed servers. DeepCoolAI offers in-rack L2A CDUs from 5 to 20kW range capacities, and in-row L2A CDUs up to 240kW capacity. DCAI-IWA-120 See More Products Rated Cooling Capacity Coolant Flow Rate Power Supply Dimensions H x W x D 120 KW Dry Weight 130 LPM (34.3 GPM) AC480V/3Ph/60Hz (other voltage options available) 2100x600x1200mm (42Ux24x47.2 in) 480 Kg (1056 lb) Key Features: • Fan redundancy: 1+1 (In-Rack), 2+1(In-Row) • Pump redundancy: 1+1 • Power redundancy: 1+1 • High availability: Wide range of cooling capacity, pressure drop adjustable, step-less control • High cleanness: Hygiene pipe with fine filtration • Communication: RS485, RJ45 • Protocol: Modbus, TCP Get Your Custom Quote Name* Email* Company name* Phone* Product* Choose one How can we help? Submit

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A liquid-to-liquid Coolant Distribution Unit (CDU) in a data center is a specialized system crafted to oversee the distribution of liquid coolant within a closed-loop liquid cooling infrastructure. Unlike liquid-to-air CDUs, which utilize heat exchangers to transfer heat from IT equipment to the air, liquid-to-liquid CDUs facilitate direct heat transfer between liquid coolant circuits. ​ DeepCoolAI offers in-rack L2L CDUs up to 200kW capacity for both standard and ORV3 Rack applications. COOLANT DISTRIBUTION UNIT In-Rack Liquid-to-Liquid CDU – ORV3 A liquid-to-liquid Coolant Distribution Unit (CDU) in a data center is a specialized system crafted to oversee the distribution of liquid coolant within a closed-loop liquid cooling infrastructure. Unlike liquid-to-air CDUs, which utilize heat exchangers to transfer heat from IT equipment to the air, liquid-to-liquid CDUs facilitate direct heat transfer between liquid coolant circuits. DeepCoolAI offers in-rack L2L CDUs up to 200kW capacity for both standard and ORV3 Rack applications. DCAI-IKL-120-OR See More Products Rated Cooling Capacity Coolant Flow Rate Power Supply Dimensions H x W x D Up to 200 KW @ATD=10°C Dry Weight 166 LPM AC 110-230V, 1ph, 50/60Hz 4Ux448x1056mm (4Ux448x42 in) 95Kg (211Lb) Key Features: • Adapt to standard 19" server rack, 4U height • Dual DC pump redundant frequency conversion control • Constant dP, flow, Temp output control mode. • SUS304 & EPDM pipe, good compatibility with various coolant • 4.3″LCD touch screen • PLC control, real-time monitoring of multiple data • AC power & Communication interface redundancy • Modbus RTU & Modbus TCP/IP support • Three-level alarm mechanism helps fast troubleshooting • Standard and ORV3 Rack Get Your Custom Quote Name* Email* Company name* Phone* Product* Choose one How can we help? Submit

The DeepCoolAI in-row liquid-to-liquid CDUs provide thermal and hydraulic interface between facility and technology cooling loops for high-density and direct-to-chip liquid-cooled data centers. COOLANT DISTRIBUTION UNIT In-Row Liquid-to-Liquid CDU DeepCoolAI in-row liquid-to-liquid CDUs provide the thermal and hydraulic interface between facility and technology cooling loops for high-density and direct-to-chip liquid-cooled data centers. One CDU. Multiple Cooling Architectures. Support diverse server configurations, varying coolant flow requirements, and evolving AI deployments with a flexible liquid cooling platform built for today's high-density data centers. Multiple Redundancy Options Reduce downtime by configuring pump architecture to meet your desired level of redundancy, serviceability, and cooling performance. High-Efficiency Heat Exchange Optimized heat exchanger design delivers reliable, high-capacity thermal management for demanding AI workloads. Six Capacity Variants Choose from 600kW to 2.5MW to support everything from enterprise deployments to hyperscale AI data centers. Modular Architecture Designed to Grow with Your Infrastructure Modular cabinet architecture Parallel installation support Configurable 1-, 2-, or 3-pump configurations Supports multiple cooling system sizes Precision Flow & Pressure Management Precision Flow & Pressure Management Flow rate control modes Pressure differential control Real-time monitoring Integrated sensors throughout the cooling loop Simplified Installation & Maintenance Built for Faster Serviceability Automatic fill pump Automatic air vents Front and rear service access Flange or clamp piping connections Universal Compatibility Flexible for Mixed Cooling Environments Compatible with multiple coolant types Supports different server flow requirements Designed for a variety of liquid cooling architectures Complete System Visibility Intelligent Monitoring & Connectivity HMI touchscreen Modbus RTU/IP SNMP BACnet HTTP SMTP Comprehensive pressure, flow, temperature, and water quality monitoring NVIDIA-Compatible Materials Built for AI Deployments Wetted materials are selected in accordance with the latest NVIDIA-approved materials guidance for liquid-cooled AI infrastructure. Get In Touch See More Products A CDU Built For The Future Whatever your infrastructural requirements, our L2L CDUs support and scale to fit your needs, reliably and efficiently. Reduce Commissioning Time Automatic fill pumps, integrated air vents, and simplified piping connections accelerate startup and reduce manual intervention. Maximize Uptime Redundant pumps and dual power feeds provide continuous cooling for mission-critical AI infrastructure. Optimize Thermal Performance Electronic pumps automatically adjust to changing cooling loads. Scale with Confidence Modular architecture and parallel installation support allow cooling capacity to grow alongside your data center. Simplify Operations Comprehensive monitoring, open communication protocols, and integrated sensors provide complete visibility into CDU performance and water quality. *Specifications may vary based on model and capacity 600 kW DCAI-IWL-600-B Rated Cooling Capacity: 600 kW @ 5 C ATD Envelope: 800 W x 2000 D x 2000 H mm 1400 kW DCAI-IWL-1400 Rated Cooling Capacity: 1,400 kW approx. @ 4 C ATD Envelope: 900 W x 1200 D x 2200 H mm 1600 kW DCAI-IWL-1600-FW Rated Cooling Capacity: 1,600 kW @ 4.5 C ATD Envelope: 900 W x 1285.8 D x 2113.5 H mm 1800 kW DCAI-IWL-1800-B Rated Cooling Capacity: 1,600 kW @ 4.5 C ATD Envelope: 1200 W x 2000 D x 2100 H mm 2000 kW DCAI-IWL-2000-OCP-B Rated Cooling Capacity: 2,000 kW @ 3 C ATD Envelope: 1651 W x 1061 D x 2242 H mm 2500 kW DCAI-IWL-2500-BM Rated Cooling Capacity: 2,500 kW @ 4.5 C ATD Envelope: 1200 W x 2000 D x 2300 H mm Need More Capacity? Modular capability is available, allowing multiple connected units to provide total capacities of 5 MW, 7.5 MW, 10 MW, and higher as required. Get in touch for more details Ready To Future Proof Your Operation? There's no time like the present, get in touch today Get Your Custom Quote Name* Email* Company name* Phone* Product* Choose one How can we help? Submit

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