removes the guesswork. It transforms complex thermodynamics into a visual, data-driven workflow. Whether you are engineering a new food cold storage facility, upgrading a petrochemical plant, or simply replacing a failed compressor on a Friday night, using this tool ensures you get the exact Mycom model for the job.
In the high-stakes world of industrial refrigeration, oil & gas, and chemical processing, component selection is not just a matter of convenience—it is a matter of safety, efficiency, and profitability. For decades, engineers have struggled with manual calculations, out-of-date PDF datasheets, and the dreaded "trial and error" method when sizing compressors, condensers, and evaporators.
If you are currently using spreadsheets or generic selection apps, consider this your call to action. Download the latest version of the Mycom tool suite, input your current operating conditions, and see how much efficiency you have been leaving on the table. mycom selection software
Disclaimer: Mycom and Mayekawa are registered trademarks. Always consult a licensed professional engineer for final system design.
Are you freezing (low temp), cooling (medium temp), or heat pumping? Choose the cycle type. removes the guesswork
Enter the saturated suction temperature (SST) or pressure. Pro tip: Add 2-3 psi for suction line losses here.
These are critical. If you are using a liquid economizer, check the "Economizer" box. The software instantly recalculates the 5-15% capacity boost. In the high-stakes world of industrial refrigeration, oil
Enter the saturated discharge temperature (SDT). The software will ask for ambient conditions or fluid inlet temperatures if it is a packaged unit.