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DCLC
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Non-Drip Dry-Break Technology: Utilizes a precise flat-face valve structure to ensure dry-break performance, preventing coolant spillage and protecting sensitive electronics.
100% Helium Leak Testing: Every unit undergoes rigorous helium leak detection before shipment, ensuring a zero-leakage safety factor for critical operations.
High Flow & Low Pressure Drop: Optimized fluid paths minimize resistance, making them perfect for AI server liquid cooling systems that require maximum efficiency.
Blind-Mate Functionality: Specifically designed for rack integration, supporting single-handed and blind-mate connections to simplify installation in dense data centers.
Premium SS316 Material: Crafted from 316 stainless steel and high-grade EPDM seals for exceptional corrosion resistance and extended service life.
AI Servers & GPU Clusters: Provides precise cold-plate side connections for high-performance GPU platforms like NVIDIA H-Series and A-Series.
Coolant Distribution Units (CDU): Acts as the critical link in the primary loop of Coolant Distribution Units, ensuring stable, high-volume fluid transport.
High-Performance Computing (HPC): Meets the stringent requirements for thermal stability and insulation in research centers and national supercomputing hubs.
Edge Computing & Mining: Offers efficient liquid cooling solutions for modular edge data centers and high-load cryptocurrency mining rigs.
Q1: How do Scomera DCLC connectors ensure compatibility with global liquid cooling standards? A1: Our products are fully OCP compliant, supporting standards such as UQD and UQDB for seamless integration with major data center manifolds.
Q2: Why is 100% helium leak testing critical for data center cooling? A2: Compared to water testing, helium leak detection provides much higher precision to identify micro-leaks, which is vital for the 24/7 safety of AI data centers.
Q3: Can these couplings be operated under pressure? A3: Yes, these quick disconnect couplings are designed for thousands of connection cycles under pressure, with a robust structure ensuring long-term sealing reliability.
