Typically installed in the LC-066SS liquid cooler or LC-SSX1 heat exchanger (which can then be attached to our standard cold plate coolers to make a liquid cooler with a 316 stainless steel (SS) liquid path). The MP-3874 mixer coils provide an inexpensive way to increase heat transfer and overall heat-pumping capacity in applications where the liquid flow rate is less than the recommended 1.6 liters/minute or and/or the fluid viscosity is higher than water.
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MP-3874 Mixer Coils
Typically installed in the LC-066SS liquid cooler or LC-SSX1 heat exchanger (which can then be attached to our standard cold plate coolers to make a liquid cooler with a 316 stainless steel (SS) liquid path). The MP-3874 mixer coils provide an inexpensive way to increase heat transfer and overall heat pumping capacity, particularly in low flowrate applications and/or with high-viscosity fluids.
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The MP-3874 Mixer Coils can be used with the LC-SSX1 heat exchanger as well as the LC-066SS liquid cooler. The mixer coils are made from stainless steel, so they are capable of being used with high purity or corrosive fluids. In applications where the flow rate is low or the fluid is more viscous that water, the resulting performance of the heat exchanger is reduced. The mixer coils help stir up the water to improve the heat transfer.
Depending on the application’s flow rate and desired fluid temperature, the mixer coils can be an inexpensive way to improve the heat pumping capacity of the cooler and avoid having to use a larger, more expensive cooler or multiple coolers.
• 316 stainless steel mixer coils is ideal for many types of liquids which are otherwise not compatible with anodized aluminum or copper.
• Two mixer coils are included in each set to provide full coverage in the LC-SSX1 heat exchanger tubing.
• When used with water, the mixer coils can be helpful with flow rates less then 1.5 L/min.
Installation is simple. One end of the mixer coil is flared. Just insert the non-flared end of the coil into the inlet or outlet, feed the mixer into the tube and then secure the mixer by compressing the flared end until it fits inside the tube. The resulting tension when installed in the tube keeps it in place. Once in the tube we recommend that the mixer is pressed in until the flared section is approximately even to the aluminum body of the heat exchanger.
| 3D Solid Models |
| Parasolid: MP-3874_MIXER_COIL.x_t (works best for importing into SolidWorks) |
| STEP: MP-3874_MIXER_COIL.stp |
NOTE WHEN SAVING FILES: When downloading a solid model some browsers may change the name of the extension. You must save the file to your computer using the “Save as” option and rename the extension back to the appropriate type before using. (For example, a Parasolid file might be saved with the .htm or .html extension; the file extension must be changed back to .x_t before using.)
Compatible With:
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LC-066SS
$575.00 Add to cartProduct DetailsCapacity Rating: 66 watts at a 0°C temperature difference.
Example Applications: Recirculating water chillers, cooling in-process fluid, and gas drying in analytical instruments.
Features: A four-pass stainless steel liquid loop provides a very good thermal link between the fluid and the four thermoelectric modules. Can be used for heating and cooling. Optional mixer coils can be added to improve performance at low flow rates or with viscous fluids. This cooler is powered by 24 VDC and is compatible with all of our temperature controllers. The fan is speed is also controllable when used with the TC-720 series controllers. -
LC-SSX1
$199.00 Add to cartProduct DetailsTypically attached to our standard cold plate coolers to make a liquid cooler with a 316 stainless steel (SS) liquid path. The LC-SSX1 is a heat sink / passive exchanger only; and the capacity of system will vary depending on the cold plate cooler to which it is attached. Used alone it has a 0.033 K/W thermal resistance at a 25 °C, 1.6 L/minute water flow rate. Useful for laboratory instruments, laser diode cooling, medical products, recirculating chillers, or temperature baths utilizing high purity or corrosive liquids.