Team Green Speed Control - Steady State Performance and Step Response John Barker John Beverly Keith Skiles ENGR 329 UTC 2/1/06.

Slides:



Advertisements
Similar presentations
Lynbrook Robotics Team, FIRST 846 Control System Miniseries 05/15/2012.
Advertisements

PMSM Control Strategy Reference:
PRIME Antenna Inc. Antenna Test Team Adam Straubinger Alan Condino Thanh Hong Ronnie Berg Sam Gregorio.
Green Team Dustin Fraley DeAndre Strong Stephanie Wilson September 14, 2005 UTC ENGR 329 Speed System.
Figure1.5 Elevator input and output
Voltage Control System: Proportional Integral (PI) Controllers Team Purple: John Pangle Jessica Raymond Justin Whitt ENGR 329 November 30, 2005.
-Pressure System- Root Locus Cory Richardson Dennis To Jamison Linden 6/14/2015, UTC, ENGR-329.
Flow Rate Control System “Step Response Modeling” February 15, 2006 U.T.C. Engineering 329.
Flow Control System Steady State Operation & Step Response February 1 st, 2006 U.T.C. ENGR 329.
T T Population Sampling Distribution Purpose Allows the analyst to determine the mean and standard deviation of a sampling distribution.
FLOW RATE CONTROL SYSTEM
Level Team Team Members Note by Dr. Henry: List your team members’ names on this slide.
Marshal Stout Michael Brooks Nathan Wilson ENGR 329 Team Green February 11, 2009.
Pressure System Amanda Newman Andy Patel Bryan Cuervo September 28 th 2005 ENGR. 329 UTC Engineering.
Flow Rate Control System
Flow through Packed Beds Brad Parr Brett Plemons E435.
1 Zissimos P. Mourelatos, Associate Prof. Daniel N. Wehrwein, Graduate Student Mechanical Engineering Department Oakland University Modeling and Optimization.
Red Team Amanda Newman Ankit Patel Bryan Cuervo UTC ENGR 329 Sept. 14, 2005.
Red Team -Pressure- Steady State Operating And Step Response Dennis To Cory Richardson Jamison Linden 6/26/2015, UTC, ENGR-329.
-Pressure System- Frequency Response Cory Richardson Dennis To Jamison Linden 6/27/2015, UTC, ENGR-329.
Pressure Control System: Root Locus Plotting Team Green: X Y Z.
Flow Rate Control System “Frequency Response” By: Taylor Murphy March 1, 2006 U.T.C. Engineering 329.
Team Green John Barker John Beverly Keith Skiles UTC ENGR Steady State and Step Response Performance Speed Control System.
Green Team Speed System Proportional Only Controller Design and Experimental Dustin Fraley DeAndre Strong Stephanie Wilson.
B Note from Dr. Henry These slides are suggested to be ADDED to your previous presentation that included system description, diagrams, SSOC, operating.
Flow Rate Control System Proportional Only Controller April 2, 2006 U.T.C. Engineering 329.
P07301 Summary Data Acquisition Module. Team Members.
Prepared by: Luis Fernando Montoya Chun-Ju Huang Ashish K. Solanki
Yellow Team Spray-Booth Pressure Station Steady, Step Behavior and Step Modeling Jamie West Jay Baker Joel Wood 10/10/11 UTC ENGR 3280L.
Lynbrook Robotics Team, FIRST 846 Control System Miniseries - Summary of Lecture /03/2012.
ECE 4006 Project Proposal and Presentation Group Members – John Sellers - Doug Messick - Kelvin Bunn - Sean James Group Name: Altera NIOS Robot Group School.
Experimental determination of motor model parameters ETEC6419.
Dawn Pedersen. Flick the switch… What happens when you turn a computer on?
FACAULTY OF APPLIED TECHNOLOGY Deparrtment of Electronics
Fuzzy Logic Controller Intelligent System course.
Wind Test Plan ●Test individual components, system in different conditions ●Calculate expected power under various conditions Wind block diagram.
Project Title By: Supervisor: Sponsor:. Problem Statement Explain in 3-5 lines project abstract.
ME 335 Boğaziçi University A Study on Motor Speed Control.
Final Project ME 270 NASA CDSL 6-DOF Platform Jesse Kaneko.
Math – What is a Function? 1. 2 input output function.
EE130 Electromechanics 2013 J. Arthur Wagner, Ph.D. Prof. Emeritus in EE
Wind Turbine Energy Conversion System Design and Integration
1 Steady-State Error M. Sami Fadali Professor of Electrical Engineering University of Nevada.
Ambient Feedback Control System Jonathan Uht.  Recap  System Block Diagram  Hardware Implementation  Software Implementation  Results  Work Not.
Positioning Sensor for Electric Motor Drive ENGR 498 Senior Design College of Optical Sciences Industrial Affiliates.
Closed Loop Temperature Control Circuit with LCD Display Mike Wooldridge ECE 4330 Embedded Systems.
Prepared by: Luis Fernando Montoya Chun-Ju Huang Ashish K. Solanki
Summary Latch & Flip-Flop
Modern Control Systems EKT 308
Gear box for BWM power Generation
VSI FED INDUCTION MOTOR DRIVE
Team 1: 32 responses Team 2: 55 responses Team 3: 29 responses
Group #8: Adam Belkhadir Alex Dutrow John Tran
Problem Homework-04 In the control system shown in the figure Gp and Gc are given as Gp(s)=(2s+3)/(s3+6s2-28s) and Gc=K. a)
Notes Over 2.1 Function {- 3, - 1, 1, 2 } { 0, 2, 5 }
♠ ♠ ♠ ♠ ♠ ♠ ♠ ♠ Objectives القرص الدوار والدولاب مجلس أبوظبي للتعليم
SLOPE = = = The SLOPE of a line is There are four types of slopes
LAB REPORT (50 pts) I- Title (1)
E190Q – Final Project Presenation
Jamie West Jay Baker Joel Wood 11/2/11 UTC ENGR 3280L
Electrical System P09045: Membrane Characterization Test Stand
2.1: Represent Relations and Functions HW: p.76 (4-20 even, all)
Unit 3 Review (Calculator)
Jamie West Jay Baker Joel Wood 10/10/11 UTC ENGR 3280L
Prepared by: Luis Fernando Montoya Chun-Ju Huang Ashish K. Solanki
Flow through Packed Beds
Calculate 9 x 81 = x 3 3 x 3 x 3 x 3 3 x 3 x 3 x 3 x 3 x 3 x =
Problem Homework-04 In the control system shown in the figure Gp and Gc are given as Gp(s)=(2s+3)/(s3+6s2-28s) and Gc=K. a)
Types of Errors And Error Analysis.
Presentation transcript:

Team Green Speed Control - Steady State Performance and Step Response John Barker John Beverly Keith Skiles ENGR 329 UTC 2/1/06

Outline  Background of Aerator Mixer Speed Control System  SSOC Results  Step Response Results  Conclusions

Aerator Mixer Speed Control System

Block Diagram of System

SSOC Calculations Input Motor Power (%) Output Drive Speed (rpm) Uncertainity (± rpm)

Step Response Values and Errors

Summary  Operating Range (0-100%) Input and ( rpm) Output  First Order Plus Dead Time Model

Questions?