This plugin facilitates early detection of compressor issues. It calculates compressor discharge pressure, work (brake horsepower), and both isentropic and polytropic efficiency then plots them in real time against scalable, dynamic reference curves that adjust with compressor speed as appropriate.
This plugin makes it easier to manage the performance of engine driven compressors. It calculates discharge pressure, work (brake horsepower), and both isentropic efficiency and polytropic efficiency and plots them in real time against scalable, dynamic reference curves that adjust with compressor speed.
This plugin simplifies early identification of problems with turbine driven compressors. It calculates compressor discharge pressure, work (brake horsepower, and both include isentropic efficiency and polytropic efficiency then plots them plots them in real time against scalable, dynamic reference curves that adjust with compressor speed.
This plugin helps identify liquid ring compressor issues early. It calculates compressor stages, overall pressure ratios, free air delivery (FAD), brake horsepower and both isothermal efficiency and volumetric efficiency metrics in real time then plots the values against reference curves.
This plugin helps identify reciprocating compressor issues early. It calculates compressor stages, overall pressure ratios, free air delivery (FAD) and both isothermal efficiency and volumetric efficiency metrics in real time then plots the values against expected curves.
This variation of the Centrifugal Compression Condition Monitor (PPI-GNL-CCR-PRF) allows users to customize the plugin with their own existing KPI tags.
This tool makes it easy to identify compressor problems early. It calculates discharge pressure, work (brake horsepower), and both isentropic efficiency and polytropic efficiency then plots them against scalable, dynamic reference curves that adjust with compressor speed.
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