AMD SP7 Series
Optimized heat dissipation design ensures stable operation under high loads.
Made from high-quality materials, enhancing long-term reliability and durability.
Provides tailored solutions based on client needs, meeting specific application requirements.
Effective cooling reduces energy consumption, adhering to environmental standards.
Why choose Coolserver for server cooling?
Advantages and Value of Coolserver for Industrial Automation Cooling:
- High Efficiency: Coolserver’s designs offer effective heat dissipation, ensuring optimal performance of industrial machinery.
- Reliability: Robust construction withstands harsh environments and heavy-duty operations, enhancing equipment longevity.
- Customization: Tailored cooling solutions address specific automation needs, improving overall system efficiency.
- Energy Savings: Enhanced cooling reduces energy consumption, lowering operational costs and promoting sustainability.
Application Fields
Data Centers and Cloud Computing
High-Performance Computing (HPC)
Artificial Intelligence (AI) and Machine Learning (ML)
Virtualization and Server Farms
More Information
Which manufacturing process fits my cold plate?
CNC machining, vacuum brazing, friction stir welding (FSW), and tube-embedded routes are all run in-house. The route is recommended during DFM review based on heat flux, geometry, pressure, and volume.
What materials are available?
Aluminium alloys (6061, 6063, 3003) and copper (C1100, C1020). Material choice is reviewed against coolant chemistry, heat flux, and weight targets.
How are cold plates tested before shipment?
Leak testing (helium or pressure-decay), pressure testing, flatness, and dimensional checks follow the acceptance criteria agreed in writing during DFM review.
What is the order quantity and prototype lead time?
Prototype orders start from 1 piece with a 4–6 week prototype lead time from drawing approval. Production orders are scheduled after prototype validation.
What should an RFQ include?
Drawings (STEP/PDF/DWG), heat load or heat map, coolant, flow rate, pressure-drop limit, mounting envelope, material preference, prototype quantity, and annual demand.
