LabVIEW
Aircraft environmental control system
Using LabVIEW design a cabin temperature control system that maintains the temperature from 18-30 deg C inside the cabin while using 400 deg C bleed air from HP compressor as inlet air source.
• Sensor Selection: Air Duct Temperature Sensors
DAQ Setup:
- Choose a DAQ system that can handle the types of sensors installed, considering factors such as number of channels, sampling rates, and resolution.
- Use LabVIEW to configure each sensor channel, setting appropriate sampling rates and calibration data for accurate measurements.
- Implement real-time data acquisition using LabVIEW's DAQmx libraries, which provide functions to read and preprocess sensor data effectively.
- Create a user-friendly dashboard in LabVIEW's front panel to display real-time data and analysis results. This can include graphs, gauges, and indicators that alert users to potential issues.
Using LabVIEW design a cabin temperature control system that maintains the temperature from 18-30 deg C inside the cabin while using 400 deg C bleed air from HP compressor as inlet air source.
• Sensor Selection: Air Duct Temperature Sensors
DAQ Setup:
- Choose a DAQ system that can handle the types of sensors installed, considering factors such as number of channels, sampling rates, and resolution.
- Use LabVIEW to configure each sensor channel, setting appropriate sampling rates and calibration data for accurate measurements.
- Implement real-time data acquisition using LabVIEW's DAQmx libraries, which provide functions to read and preprocess sensor data effectively.
- Create a user-friendly dashboard in LabVIEW's front panel to display real-time data and analysis results. This can include graphs, gauges, and indicators that alert users to potential issues.
