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CP-121HT

Capacity Rating: 126 watts at a 0 °C temperature difference.
Example Applications: Medical and laboratory instruments, thermal stabilization of electronic components, and laser diodes.
Features: Four-module cold plate increases the heat-pumping capacity for cooling medium to large heat loads. Heat-sink air travels through the length of the fins (in one end, out the other) giving users a different option for locating the air inlet and outlet within their system. Can be used with one LC-SSX1 liquid exchanger. Can be used for cooling and heating up to 100 °C (bi-polar controller required). This cooler is powered by 24 VDC and is compatible with the TC-720 series, TC-36-25 series, and TC-48-20 series temperature controllers.

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SKU: 4116 Category:

Capacity Rating: 126 watts at a 0 °C temperature difference.
Example Applications: Medical and laboratory instruments, thermal stabilization of electronic components, and laser diodes.
Features: Four-module cold plate increases the heat-pumping capacity for cooling medium to large heat loads. Heat-sink air travels through the length of the fins (in one end, out the other) giving users a different option for locating the air inlet and outlet within their system. Can be used with one LC-SSX1 liquid exchanger. Can be used for cooling and heating up to 100 °C with when used with a bipolar controller. This cooler is powered by 24 VDC and is compatible with the TC-720 series, TC-36-25 series, and TC-48-20 series temperature controllers. Labeled wiring cables are included free of charge when purchasing interconnected standard products on the same order (thermoelectric cooling assembly or module, temperature controller and/or a power supply). The number of cables included (1-3 pairs) will depend on the number of components being interconnected.

A four-module cold plate for cooling medium to large heat loads.   Provides effective direct-contact cooling or heating (up to 100 °C) which is ideal for precision temperature control.

This cooler uses two fans in parallel to push air through the length of the fins. This gives a different option for routing air flow as compared to a more standard configuration where air is blown onto the top middle of the fins and is exhausted at the ends of the fins. The fan configuration also reduces stack height in the system and means the cooler can be placed directly on a bench top without restricting air flow. The fans were selected to give good performance while being as quiet as possible–good for people who have to work next to the cooler as it is operating.

Like all of our coolers, it can be easily customized for OEM users to meet your production requirements: special cold plates, smaller heat sinks, different operating voltages, lower power consumption, et cetera.

• Heat sink air travels along the length of fins (in one end, out opposite end).
• Low fan noise is beneficial in laboratory instrumentation (two fans; each rated at 39 dBA each).
• Tapped holes in cold plate for easy attachment of object to be cooled.
• No additional modifications needed for bench-top use.
• Ideal for medium to large heat loads, such as laser diodes, thermal stabilization of electronic components, and medical/laboratory instruments.
• Provides effective direct-contact cooling which is ideal for precision temperature control.
• Can be used for heating (100 °C maximum plate temperature, heat/cool “bipolar” temperature controller required)
• Threaded holes are located in cold plate for easy attachment of a temperature sensor, interface plate, LC-SSX1 liquid exchanger, or other object.
• High-temperature versions and other customizations are available for OEM users upon request.
• CE marked, RoHS compliant

CP-121HT Data Sheet pdf-icon

CP-121HT Data Sheet (HTML Format)

Standard Coolers and Temperature Controllers Catalog

3Dpdf-icon CP-121HT 3D Model in .pdf Format (Requires Adobe Reader 8.0 or higher)

3D PDF MODEL: Click on the link above to download a 3D model. You can rotate and view the cooler from any angle to better understand the physical properties of the product. (However, wire leads are not shown in the model.) This is a portable document format (.pdf) file, Adobe Reader 8 or higher is all that is required for viewing. 3D content may initially appear as a two-dimensional preview image. Clicking the 3D model with the Hand or Select tool enables (or activates) the model and opens the 3D toolbar.

3D Solid Models
Parasolid: CP-121HT.x_t (best for importing into SolidWorks)
See note below before downloading files.
STEP: CP-121HT.stp
See note below before downloading files.

NOTE WHEN DOWNLOADING FILES: When saving a solid model some browsers change the name of the file extension or open it as text. If this happens save the file to your computer using the “Save link as…” option and then rename the file extension back to the appropriate type before using. (PC Users: Right click on the file link and select “Save link as…” from the menu. Mac Users: Hold the ‘Ctrl’ button on your keyboard while clicking on the file link and select “Save link as…” from the menu.) Alternatively, you can download as normal and rename the .htm or .html extension back to .x_t or .stp before using.

Compatible With: