Get Mechanical Drawing ? *Image above is for illustration purpose only.. ATS Part#: ATS-TCP-2003 Description: 4 Pass Copper Tubed Cold Plates Base Material: Aluminum Tubing: Copper Thermal Performance: See detail Mechanical Drawing: See detail Check Stock & Buy Now RoHS & REACH Certificate Frequently Asked Questions ? Cost effective thermal management solution for component cooling where the heat load is low to moderate Compatible with industry accepted coolants The cold plate base the copper tubes press into is made of aluminum 6063 Copper tubed cold plates are attached to the base plate with a thin film of high thermal conductivity epoxy for secure tube attachment. Stainless steel tubed cold plates are SS 304/316 and feature tubing secured between two plates Supplied with secure, 3/8“ push-to-connect tube fittings for a tight connection between the cold plate and inlet and outlet tubing. Tube outer diameter is 3/8“ (9.525 mm). Maximum pressure: 200 psi Plastic tubing connecting to our Cold Plate fitting has to be at least 90 durometer Shore A scale Part Number Plate Dimension (mm) OverallLength(mm) # No of Tube Pass TubeMaterial Flow Rate LPM(GPM) 1.9(0.5) Flow Rate LPM(GPM) 3.7(1.0) Flow Rate LPM(GPM) 5.7(1.5) Flow Rate LPM(GPM) 7.6(2.0) Data Sheet RoHS & REACH Length Width Height R (°C/W) dP kPA (psi) R (°C/W) dP kPA (psi) R (°C/W) dP kPA (psi) R (°C/W) dP kPA (psi) ATS-TCP-2003 527.0 158.8 12.7 572.389 4 Copper 0.01 0.88 (0.13) 0.008 2.97 (0.43) 0.007 6.17 (0.89) 0.007 10.37 (1.50) Application Notes Thermal Performance Technical & Mechanical Data Thermal Performance Schematic Image Thermal Resistance Flow Rate LPM(GPM) R (°C/W) dP kPA (psi) *Image above is for illustration purpose only. 1.9(0.5) 0.01 0.88 (0.13) 3.7(1.0) 0.008 2.97 (0.43) 5.7(1.5) 0.007 6.17 (0.89) 7.6(2.0) 0.007 10.37 (1.50) ATS-TCP-2003 RoHS Obtain RoHS Certificate
Get Mechanical Drawing ? *Image above is for illustration purpose only.. ATS Part#: ATS-TCP-2003 Description: 4 Pass Copper Tubed Cold Plates Base Material: Aluminum Tubing: Copper Thermal Performance: See detail Mechanical Drawing: See detail