Cooling
Solutions
TE Technology offers the highest quality thermoelectric coolers for all of your cooling needs. We design and manufacture thermoelectric cold plates, liquid coolers, and thermoelectric coolers for thermoelectric cooling applications that demand extremely high reliability.
Air coolers, sometimes called air-to-air heat exchangers, are the best choice for cooling electrical enclosures and refrigerated cabinets containing objects that can not be easily cooled by direct contact to a cold plate. There may be irregularly shaped components, parts that need freedom to move, or objects that do not have any one good surface from which to remove heat. While not as efficient as the direct contact of a cold plate, air coolers are ideal in these cases because the cooled air adapts to any and all shapes within the cabinet.
AC-027
This is our smallest air cooler. It is powered by 12 VDC, has a NEMA 12 rating, and can be customized to achieve NEMA 4.
AC-046
This cooler is powered by 24 VDC, has a NEMA 12 rating, and can be customized to achieve NEMA 4.
AC-053
This cooler is powered by 24 VDC, has a NEMA 12 rating, and can be customized to achieve NEMA 4
AC-055
Powered by 12 VDC, has a low power draw, and maintains an enclosure’s NEMA 4 rating
AC-073
This cooler is powered by 24 VDC, has a NEMA 12 rating, and can be customized to achieve NEMA 4.
AC-140
Specially designed to remove heat from an enclosure while maintaining the internal temperature at or near ambient.
AC-162
Six thermoelectric modules, extender blocks, and a bonded-fin heat sink and cold sink make this cooler very efficient
AC-194
This cooler is powered by 48 VDC and is rated to maintain the enclosure’s NEMA 4 rating.
AC-220
High cooling capacity in an overall compact size. Narrow 150 mm (5.9″) width. This cooler is powered by 24 VDC
HIGH PERFORMANCE AIR COOLERS
Cold plate coolers are usually the best method of cooling an object when the object can be attached directly to the cold plate. The direct contact allows the heat to be efficiently conducted to the thermoelectric (Peltier) modules. This keeps the system operating as efficiently as possible and improves the stability and accuracy of temperature control.
CP-031
This cold plate provides effective direct contact cooling in our lowest cost standard assembly.
CP-031HT
This cold plate provides effective direct contact cooling in our lowest cost standard assembly.
CP-036
Provides good cooling for small heat loads at low temperatures.
CP-040HT
Provides very good cooling capacity with a small form factor. Narrow heat sink is only 67 mm wide.
CP-040HT
Mounting Bracket
CP-061HT
Two-module cold plate increases the heat-pumping capacity for cooling medium sized heat loads.
CP-065
Another two-module cooling system with the heat sink airflow directed in a more typical configuration
CP-110
This cold plate uses two large thermoelectric modules for cooling medium sized heat loads.
CP-121HT
Four-module cold plate increases the heat-pumping capacity for cooling medium to large heat loads.
CP-130HT
Exceptional heat-pumping capacity in a small size. Can be used for cooling and heating up to 100 °C
CP-200HT
A variant of the CP-200, this cooler adds the extra capability of heating up to 100 °C.
CP-200HT-TT
A table-top version of the CP-200HT, the unit additionally has a shroud that encloses the fan and also has legs
Liquid coolers excel at delivering cooling to concentrated heat sources such as laser diodes and for delivering cooled fluid into remote or compact locations where the cooling assembly itself cannot be located. The basic operation is simple: fluid flows in one tube, it is cooled, and then it flows out the other tube. An external pump is required, and typically small DC magnetic-drive pumps are used to minimize the amount of pump power (heat) that is imparted to the fluid.
LC-066SSLC-066SS
LC-SSX1
LC-200
MP-3874 Mixer Coils
