Advanced Pumpless Liquid Cooling Systems for High-Performance PCs
·The ultra-thin water cooling head can be used for heat dissipation in systems with limited height or compact space;
·The main body is welded by mature all-copper friction welding to ensure that there are no leaks and greatly reduce the evaporation rate;
·The pump is located in the radiator and can quickly leave the main heat source, saving energy and space, and saving money and time.
Advanced Pumpless Liquid Cooling Systems for High-Performance PCs Description
1. No Moving Parts: The absence of a pump increases reliability and reduces the risk of mechanical failure, making the system more durable
2. Silent Operation: Without a pump, the system operates with minimal noise, providing a quieter environment ideal for both gaming and professional setups
3. Energy Efficiency: Eliminates the power consumption associated with traditional pumps, contributing to lower energy usage and operational costs
4. Efficient Heat Dissipation: Designed to effectively dissipate heat through natural convection and advanced thermal management techniques
Liquid Cooling Systems for High-Performance PCs Data Sheet
| Pump | Model | A4 | |
| Voltage | 12V | ||
| Speed | 3500RPM | ||
| Radiator | Dimensions | 140*540*76mm | |
| Material | Aluminum | ||
| Tube | Dimensions | ID8*OD11.2*XXmm | |
| Material | PTFE | ||
| Fan | Dimensions | 140*140*38mm | |
| Voltage | 12V | ||
| Speed | 5500RPM | ||
| Air flow(max) | 191.18CFM | ||
| Prerssure(max) | 36.21mm/H2O | ||
| Noise | 63.26dBA | ||
| Quantity | 3 Pcs | ||
| Power dissipation | 150w | ||
Liquid Cooling Systems for High-Performance PCs Applications
1. Gaming PCs: High-performance gaming rigs often use liquid cooling to maintain optimal temperatures during intense gaming sessions, ensuring smooth performance and preventing overheating
2. Overclocking: Enthusiasts who overclock their CPUs and GPUs use liquid cooling to achieve higher performance levels without the risk of thermal throttling
3. Workstations: Professional workstations used for tasks like video editing, 3D rendering, and CAD modeling benefit from liquid cooling to handle the heavy computational load
4. Servers: In small-scale server setups, liquid cooling helps manage the heat generated by multiple high-performance components, improving reliability and efficiency
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