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DC Motor-Clutch-Generator Control Workstation Senior Project Proposal Simon Benik and Adam Olson Senior Project Proposal Advisor: Dr. Gary Dempsey
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Contents Project Summary 2006 Product Design Lab Project Details –Functional Description –Performance Specifications –Preliminary Lab Work Equipment and Project Tools Schedule of Tasks
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Project Summary Physical System Goals –EMAC 80515 C programming –Controllers –Modeling –Simulink/Physical System Interface
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2006 Mini Project Linear Model Single Motor Assembly Linear Model
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System Functions Physical System EMAC 80515 Development Board Simulink
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Non-Linear Modeling Static Friction Coulomb Friction Viscous Friction All Frictions Combined Additional Non-Linear Modeling Plots source: www.20sim.com
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Controller Design Proportional Gain Root Locus Method Frequency Domain Method Digital Control Theory Methods
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Software Design Recording Data In Ram Serial Communication GUI Interface With Matlab Code in C Interface With Joystick Control of Clutch Control Both Motor Velocity and Generator Resistance Have a Closed Loop Function for the Motor Meet Other Precision Specs
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Preliminary Modeling DC Motor Non-Linear Model Clutch Non-Linear Model Subsystem Model Reflection
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Simulation and Experimental Results
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Performance Specifications Physical System –Torque, current, velocity ratings –Streamlined circuitry design (interface to EMAC and protection hardware) Simulink –Open-loop and closed-loop modeling –Non-linear modeling –GUI for Simulink model –Serial communication for interfacing with EMAC development board
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Performance Specifications Controller Design –Percent overshoot with load –Settling time –Rise time –Non-linear aspects accounted for –Controller velocity range: 0 to 500 RPM EMAC Development Board –Serial communication for interfacing with Simulink –Mini project specifications –Coding in C
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Equipment and Tools EMAC 80515 Development Board HP 30V Power supplies Pittman DC Motors Reell EC15 Spring Clutch 5.6 Ohm, 8.7 Amp Potentiometer Matlab and Simulink Software on a PC
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Schedule of Tasks X X X
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