ET 508 Simulation Of A Two-Stage Air Compressor Didactic Equipment School Educational Equipment Thermal Lab Equipment
Simulated operation of a two-stage compressor plant with intermediate and aftercooling Features - simulated compressor plant with intermediate and aftercooling Learning objectives/experiments - fundamentals of the multi-stage compression process - characteristics of a multi-stage compressor - thermodynamic state variables - representation of the compression process in the T-s diagram and in the p-V diagram - condensation in the intercooler and aftercooler - 2-point pressure control with hysteresis Specification [1] simulated operation of a two-stage compressor plant with intermediate and aftercooling [2] change 9 system parameters via potentiometers [3] software calculates: intake air volume, temperatures, pressures, pressure ratio stage 1+2, convective heat transfer during condensation, delivered air volume [4] software for data acquisition via USB under Windows 10 Technical data 9 potentiometers for setting - intake pressure: 0...2bar abs. - intake temperature: 0...100°C - relative air humidity: 0...100% - coolant mass flow: 0...100kg/h at 15°C - flow control valve position: 0...100% - tank nominal pressure: 0...50bar - motor speed: 0...1000min-1 - tank volume: 0...1000L - relative clearance volume: 0...100% Inputs and outputs - 16x analogue in, 1x analogue out - each 4x digital in/out LxWxH: 600x350x480mm Weight: approx. 15kg
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