• Acrylics Tips
  • Quality Control
  • Our Team
Edit Content
Click on the Edit Content button to edit/add the content.

220V Liquid Chiller for Immersion Cooling System

This 220V liquid chiller is engineered for Immersion Cooling Systems. It features a robust copper tube heat exchanger and an integrated pump for efficient heat transfer. The compact design includes a clear digital display for easy monitoring, ensuring stable operating temperatures for your components.

Please enable JavaScript in your browser to complete this form.

Unlocking Peak Performance with the 220V Liquid Chiller for Immersion Cooling Systems

In the ever-evolving landscape of high-performance computing, data processing, and cryptocurrency mining, the demand for more effective and efficient cooling solutions has never been greater. As computational power increases, so does the generation of heat—the primary adversary of electronic component longevity and performance. Traditional air-cooling methods are increasingly reaching their limits, proving to be inefficient, noisy, and spatially demanding. This is where the paradigm of immersion cooling emerges as a superior alternative, and at the heart of such a setup lies a critical component: a robust and reliable liquid chiller.

Introducing the state-of-the-art 220V Liquid Chiller, a meticulously engineered solution designed specifically for the rigorous demands of Immersion Cooling Systems. This system is not merely a component; it is the cornerstone of a stable, high-efficiency thermal management strategy, empowering users to push their hardware to its absolute potential while ensuring its protection and longevity.

Sophisticated Design Meets Superior Functionality

This liquid chiller system is comprised of two expertly designed units: a sleek indoor control unit and a high-efficiency outdoor heat exchanger.

The indoor unit presents a modern and professional aesthetic with its brushed metallic front panel and black chassis. Its compact dimensions of 410mm (L) x 354mm (W) x 536mm (H) make it an ideal choice for environments where space is at a premium, without compromising on power. A key feature of the indoor unit is the prominent, crystal-clear digital display on its front face. This allows for at-a-glance, real-time monitoring of the coolant temperature, providing crucial data to ensure the system is operating within its optimal range. Weighing in at just 20 kg, the unit is manageable to install and integrate into your existing or new setup.

The outdoor unit is the workhorse of heat dissipation. It features a large, powerful fan housed within a durable white casing, designed for maximum airflow. This unit is responsible for expelling the heat that has been absorbed from the dielectric fluid in the immersion tank, ensuring the entire system maintains thermal equilibrium. The synergy between the indoor and outdoor units creates a continuous and highly efficient cooling cycle.

Engineered for Excellence: Core Components and Specifications

The true value of this chiller lies in its high-quality internal components and thoughtful engineering, as detailed by its key attributes.

  • Heat Exchanger Type: The system utilizes a highly efficient Tube Heat Exchanger. This design is optimal for liquid-to-liquid or liquid-to-air thermal transfer, providing a large surface area for heat to be drawn from the immersion coolant.
  • Core Material: The heat exchanger is constructed from Copper, the industry standard for high-performance thermal applications. Copper’s superior thermal conductivity ensures that heat is transferred away from your valuable electronics as quickly as possible. Furthermore, its natural resistance to corrosion ensures a long and reliable service life, even with continuous operation.
  • Integrated Pump: A critical feature of this chiller is the inclusion of an integrated pump as a core component. This eliminates the complexity and extra cost of sourcing and installing a separate pump to circulate the dielectric fluid. This all-in-one design simplifies the setup of the entire immersion cooling loop, making it more accessible and reliable.
  • Optimal Operating Voltage: Operating at a standard 220V, this chiller is compatible with power systems in numerous regions, allowing for straightforward installation without the need for specialized electrical work.
  • Precise Temperature Management: The chiller is designed to maintain a working temperature range of 45°C/60°C. This level of control is vital for Immersion Cooling Systems, as it keeps the dielectric fluid at a temperature that is ideal for cooling high-TDP (Thermal Design Power) components like ASIC miners, CPUs, and GPUs, while preventing condensation issues that could arise from over-chilling.
  • Guaranteed Quality: This product comes with a 1-Year Warranty, offering peace of mind and a guarantee of its manufacturing quality. Furthermore, the provision of a video outgoing-inspection demonstrates an exceptional commitment to quality control, ensuring that each unit is verified to be in perfect working order before it even leaves the factory in Guangdong, China.

The Premier Choice for Demanding Applications

This 220V Liquid Chiller is the definitive cooling solution for a wide array of applications that leverage the power of immersion cooling.

  • Cryptocurrency Mining: For ASIC and GPU miners, heat is the biggest limiting factor. By integrating this chiller into an immersion setup, miners can eliminate recirculation of hot air, drastically reduce noise by removing the need for onboard fans, and protect their investments from dust and environmental contaminants. The stable, low operating temperatures achieved by this chiller can allow for significant and safe overclocking, maximizing hash rates and profitability.
  • Data Centers and Edge Computing: As server racks become more densely packed, traditional air conditioning struggles to keep up. Immersion cooling powered by this chiller offers a vastly more efficient method of heat removal, leading to a significant reduction in Power Usage Effectiveness (PUE), lower operational costs, and the ability to deploy more computing power in a smaller footprint.
  • High-Performance Computing (HPC): For scientific research, AI model training, and complex simulations that push processors to their limits for extended periods, thermal stability is non-negotiable. This liquid chiller provides the consistent and powerful cooling required to ensure peak performance and prevent thermal throttling, enabling faster calculations and more reliable results.

Tell your ideas and requests to our engineers, they can send back solution in 20 minutes.

Please enable JavaScript in your browser to complete this form.