Tubed Cold Plates
Cold Plates for Low to Moderate Heat Loads
The Tubed Cold Plate family is engineered as a cost effective and reliable solution for thermal management applications where liquid cooling of components is preferred over air. The cold plates are manufactured in the USA using a continuous copper tube and a press fit attachment. This method maximizes heat transfer since the tubes are directly connected to the plate instead of through a bulky epoxy or other material that can act as thermal insulator.
Features & Benefits
- 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
Applications
- Automotive
- Instruments
- Uninterruptible Power Supplies
- Wind Turbines
- Photovoltaic Inverters
- Induction Heaters
- Motor Devices
- High Powered Industrial Lasers
- Battery Cooling
- Many high-power, high-heat flux applications
ATS Tubed Cold Plate Family
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Complete Your Liquid Loop with ATS
ATS has the products needed to design a complete liquid cooling loop : iCDMs (Industrial Cooling Distribution Modules), Tubed and High Performance Cold Plates to transfer and remove the heat from the source; Heat Exchangers to transfer heat from the liquid to the air with or without a fan; Chillers to circulate and condition the fluid in the system, Compact Refrigeration Modules for very high capacity cooling. In addition , ATS offers Flow Meters to measure the volumetric flow rate of the fluid in the system and
Leak Detectors to notify users of any leaks in the system.