Integrated Cooling Unit Design

The integrated cooling unit features a compact design and supports multiple automatic and manual control modes. Designed for easy installation and highly efficient heat dissipation, it is compatible with a wide range of high-performance liquid-cooled servers equipped with high-power GPUs, CPUs, and other heat-intensive components.

By efficiently managing heat, the system helps reduce noise and energy consumption while improving system stability, extending equipment lifespan, and enabling servers to operate at their full performance potential.

Key Features

High Safety & Reliability

• Thick-Wall Seamless Stainless Steel Piping
       Constructed with reinforced seamless stainless steel piping for enhanced      durability, pressure resistance, and long-term reliability.

• IP55 Electrical Protection
       IP55-rated electrical protection provides enhanced insulation and      protection against dust and water ingress.

• Smart Leak Detection & Alarm System
       Intelligent monitoring continuously detects potential electrical leakage      and coolant leakage, triggering automatic alarms when abnormal conditions      are detected.

Intelligent Control

• Proprietary Intelligent Liquid Cooling Control System
       Our independently developed control system enables precise and intelligent      management of the liquid cooling process.

• Smart Flow, Heat & Temperature Management
       The system automatically adjusts coolant flow rate, heat dissipation,      temperature, and other key operating parameters according to real-time      conditions.

• LED Touchscreen Control Panel
       The intuitive LED touchscreen provides real-time monitoring and adjustment      of multiple operating parameters, making system management simple and      efficient.

Long Service Life

• Premium-Quality Components
       Key components are sourced from reputable domestic and international      suppliers to ensure consistent quality and reliable operation.

• Extensive Environmental Testing
       The system has undergone thousands of simulated tests under various      operating and environmental conditions to verify stability and durability.

• Advanced Temperature Management
       Precise temperature control helps maintain optimal operating conditions      for servers, reducing thermal stress and contributing to a longer service      life.

Designed for High-Performance Computing

Engineered for demanding liquid-cooling applications, the system provides efficient and stable thermal management for GPU servers, CPU servers, AI computing systems, HPC platforms, and other high-density computing equipment.

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Coolant Filling Procedure

Step 1 — Connect the CDU

Connect the CDU to the server's coolant supply and return lines. Make sure all connections are properly secured and firmly tightened before proceeding.

Step 2 — Fill the CDU Reservoir

Using the coolant filling port located on the top of the CDU, fill the reservoir with the required coolant.

Step 3 — Start the Circulation System

Turn on the power. Before powering on, make sure the input voltage is AC 220V.

Once powered on, the pump will start circulating the coolant. After the reservoir has been emptied by the pump, turn off the power and add more coolant.

Repeat this process until approximately 6 liters of coolant have been added and the level gauge remains stable at the HIGH level without dropping.

Important: During the entire filling process, carefully check the complete system for any signs of coolant leakage. If any leakage is detected, immediately turn off the system and inspect all connections and fittings. Do not continue operation until the leak has been completely resolved.

Once the coolant level remains stable and no leakage is detected, the filling process is complete.

Step 4 — Initial Air Purging

During the initial coolant filling and startup, a significant amount of air bubbles may appear inside the reservoir or cooling circuit. This is normal.

After approximately 30 minutes of operation, most of the trapped air should be automatically purged from the system and the coolant circulation should become stable.

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Safety Precautions

• Keep Hazardous Materials Away
       Do not place flammable, explosive, combustible materials, chemicals, or      flammable vapors near the equipment.

• Do Not Disassemble or Modify the Equipment
       Do not attempt to disassemble, repair, or modify the product yourself. For      maintenance, repair, customization, or other technical requirements,      please contact our technical support team. Improper operation may result      in equipment damage, coolant leakage, electrical leakage, or other safety      hazards.

• Shut Down the System in Case of Abnormality
       If any abnormal condition occurs during operation, immediately disconnect      all input and output power supplies and stop using the equipment.

• Additional Safety Requirements
       The safety precautions listed above are not exhaustive. If you encounter      any situation not covered in this manual, please contact us for      professional technical assistance.