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Superior Dielectric Insulation for Electronics Safety The SCOMERA WIND is a certified non-conductive EPDM hose designed to eliminate electrical conduction in liquid cooling loops. With a resistance exceeding 1MΩ/inch at 1000V DC, it provides critical dielectric isolation, preventing stray currents from damaging sensitive AI server hardware or causing system short circuits.
UL-94 V0 Flame Retardancy for Data Center Compliance Safety is non-negotiable in high-density computing environments. Our hose features a specialized flame-retardant EPDM cover that meets the strict UL-94 V0 standard. This self-extinguishing capability ensures your data center liquid cooling infrastructure complies with global fire safety regulations and insurance requirements.
Optimized Chemical Compatibility with Glycol and Deionized Water Specifically formulated for secondary loop cooling, this hose is fully compatible with 55% glycol mixtures and deionized water. The smooth, chemically stable inner tube prevents particle buildup or scaling, maintaining the purity of the coolant and protecting the longevity of server cold plates and heat exchangers.
High-Pressure Reliability and Installation Flexibility While providing a robust 300PSI working pressure (4:1 safety factor), the hose retains a tight bend radius. This flexibility is essential for high-density rack wiring, allowing for easy routing between cooling manifolds and server chassis without kinking or restricting fluid flow.
AI Server & HPC Liquid Cooling Loops Ideal for direct-to-chip cooling systems, connecting the server manifold to individual cold plates. It provides the non-conductive fluid transfer necessary for safeguarding high-wattage GPUs and CPUs in high-performance computing clusters.
CDU to Rack Manifold Connectivity Serves as the primary transport line between the Cooling Distribution Unit (CDU) and the rack-level manifold. Its UL-94 V0 safety rating and low-permeation design make it the trusted choice for secondary loop connections in green data centers.
Battery Energy Storage System (BESS) Thermal Management Beyond data centers, this flame-resistant rubber hose is widely used in energy storage cabinets to regulate battery temperatures, utilizing its high insulation and fire-retardant properties to enhance the safety of the entire station.
Liquid Cooling in Power Electronics & Induction Furnaces Perfect for cooling water-cooled cables in induction furnaces and industrial power converters, where high insulation rubber hoses are required to prevent electrical leakage through the cooling medium.
Q1: Why is a non-conductive hose mandatory for AI data center liquid cooling? A1: In AI server cooling, stray currents can travel through the liquid. A dielectric/non-conductive hose ensures that electricity is not conducted between the server components and the manifold, preventing catastrophic hardware failure and maintaining the integrity of the liquid cooling system.
Q2: Can the SCOMERA WIND hose handle long-term exposure to glycol mixtures? A2: Absolutely. This EPDM cooling hose is specifically engineered for long-term service with glycol and propylene glycol solutions. Its chemical stability ensures that the hose wall will not degrade or leach materials into the liquid cooling loop, keeping your CDU and cold plates clean.
Q3: Is this hose flexible enough for tight spaces inside a server rack? A3: Yes, despite its 300PSI high-pressure rating, the hose is designed for high-density rack cabling. It offers a superior bend radius compared to standard industrial hoses, allowing it to navigate the cramped spaces between the CDU manifold and server nodes without compromising flow rate.
