Wave Researcher® Refrigerant physical property analysis model for SmartDAC/MX/MW SDWIN-V4R
Habilis Co., Ltd.
This product is registered by Habilis Co., Ltd..
About This Product
This is a business-specific package of "WaveResearcher", and is software for collecting various data and analyzing refrigerant properties regarding refrigerants used in air conditioners, refrigerators, vending machines, frozen showcases, etc.
Calculate refrigerant physical properties from temperature and pressure data at each point in the refrigeration cycle, such as outside air temperature, evaporator temperature, condenser temperature, refrigerant temperature, and refrigerant pressure, which are necessary to measure refrigerant efficiency, and create Mollier diagrams and trends. Save the data to your computer while displaying it on the screen in real time as a graph, etc.
This system uses the refrigerant physical property database "REFPROP" from NIST (National Institute of Standards and Technology) in the U.S.A. butane), R290 (propane), RC270 (cyclopropane) In addition to the next-generation refrigerants HFO-1234yf and HFC32, which various companies have begun to support, and the natural refrigerants R744 (CO2) and R717 (ammonia), we are compatible with 177 types of refrigerants.
■Features
・Use your mouse to display a variety of display modules such as Mollier diagrams (P-H diagram pressure-specific enthalpy, T-S diagram temperature-entropy), time series graphs, XY graphs, bar graphs, bitmaps, analog meters, etc. necessary for measuring the state of refrigerant. You can easily create a screen by pasting and display it in real time. In addition to being able to scroll back and refer to past data during measurement, a variety of screen displays can be displayed, including equipment diagrams created using drawing software, analog meters, and animation displays.
- You can redraw the Mollier diagram from the imported data, and calculate enthalpy, density, etc. by freely specifying the REFPROP function. In addition to the four arithmetic operations, various calculation functions can also be used, and calculation results can be displayed in graphs and data can be saved. It is also possible to branch processing using conditional expressions (IF statements). The captured measurement data can be edited in a variety of ways, including displaying graphs on the screen, cursor read function, interval calculations, converting CSV files with commas, and printing.
■Field of use
・Research and development on the effective use of heat generated not only from the air conditioner but also from the entire car system
・Research and product development of air conditioners, refrigerators, vending machines, refrigeration showcases, heat pumps, etc. that use nature-friendly natural refrigerants.
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Product
Wave Researcher® Refrigerant physical property analysis model for SmartDAC/MX/MW SDWIN-V4R
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