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{1} ##LOC[OK]## {1} ##LOC[OK]## ##LOC[Cancel]## {1} ##LOC[OK]## ##LOC[Cancel]## Dual-Sided, High-Flow Cold PlatesDual-Sided High-Flow Cold Plates provide the flexibility to mount components on both sides, increasing their exceptional cooling performance and adaptability for high-demand applications. These cold plates can be used in high-flow applications, where coolant flows up to 4 GPM are readily accommodated. At these higher flow rates, a thermal resistance as low as 0.0021°C/W can be achieved.Each cold plate has etched “NO DRILL ZONES” on both sides to provide a visual guide for various mounting schemes. The component cooling area can only be drilled to a depth of 7mm to avoid damaging the internal fluid channels (please see drawings on the following individual part pages). Features & Benefits Dual-sided cooling: Cool components on both sides of the cold plateHigh volumetric flow rate, up to 4 GPMThermal resistance as low as 0.0021°C/WCompact size1/4" NPT threaded inlet and outlet portsProvides uniform cold plate surface temperatureMaximum pressure: 100 psiMade of Aluminum-6063 UnfinishedApplicationsAutomotive IndustryUninterruptible Power SuppliesWind TurbinesPhotovoltaic InvertersPower ElectronicsInduction HeatersMotor DevicesUtility VehiclesAnywhere Power Devices are usedTrainingWhat is a cold plate and how does it Work? Selecting and Designing Liquid Cold Plates for Deployment in Electronic Systems - ATS Webinar Series ATS Copper Tubed Cold Plates Overview ATS Stainless Steel Tubed Cold Plate Overview iFLOW-200 Cold Plate Characterization System ATS DIY Cold Plates ATS High Performance Cold Plates Product and How To Videos Dual-Sided-Cold-Plates Check Stock & Buy Now Video: What Is A Cold Plate & How Does It Work ? DIY Cold Plates Introduction Webinar: Selecting & Designing Cold Plates Related Qpedia Articles Closed Loop Liquid Cooling for Electronics Localized Cooling Using Cold Plates Calculating the Loads for Liquid Cooling Systems Liquid Cooling Systems