Armdroid 1000 Programming the Armdroid G-2000 Mode G-3000 Mode Next.

Slides:



Advertisements
Similar presentations
Full Speed Ahead Introductory Presentation. Opening Activity Choose one of the objects to the right and in ten or more steps explain how it goes from.
Advertisements

Swivel Light User Instructions Rotate cam counter clock wise to open battery compartment Spare battery can be installed in secondary chamber tip Down(power.
MS® PowerPoint.
G-Code Fundamentals.
 Stepper motors are used in a wide variety of applications like Floppy Disc, Printer, Plotter(X-Y- Z positioning).  We control the stepper motor using.
How to add an app to your iphone. Visit the website g on your smartphone.
Navigating the BOE-BOT
V EX C OACHES ' T RAINING October 12, Agenda for Today 9 – 10 AM : Tina Reeves and the Engineering Notebook 10 – Noon : Finish Building, Basic Robot.
Torque Web Quest Helpful Hints Part I: Definition of Torque Torque is defined as the tendency to produce a change in rotational motion. Examples:
MEMORY MODE The HAAS Control Series. MEMORY MODE The HAAS Control Series.
Using the Unity 98 Cordless Response System Directions : Courtesy of IHC public relations.
Texas Instruments TI-83 Plus Graphing Calculator Basic Operations.
DC Motors, Stepper Motors, H-bridges DC Motors Stepper Motors Motor Control Circuits – Relays – H-bridges.
Spreadsheet. Objectives Create a new blank workbook. Create a new blank workbook. Identify user interface elements that you can use to accomplish basic.
Guided Lesson.  In this lesson, you will learn how to modify existing bullets, insert new bulleted and numbered lists, select symbols as bullets, and.
Applied Control Systems Robotics & Robotic Control
Using Dreamweaver. Slide 1 Dreamweaver has 2 screens that do different things The Document window where you create your WebPages The Site window where.
Clock Math Clockwise and Counter Clockwise. Practice 1.
Clock Math Clockwise and Counter Clockwise. Practice 1.
Student Support Services Laptop Workshop. What will you Find The actual Computer The Power Cord (Comes in two parts.)
1 L Fall 2003 – Introductory Digital Systems Laboratory Motors and Position Determination.
Programming Concepts (Part B) ENGR 10 Introduction to Engineering 1 Hsu/Youssefi.
Scan and Read with Eye-Pal Ace Plus ABiSee proprietary and Confidential.
- + NC NO C sw3 sw4 motor Cross-switch Microswitch Battery.
Proper Posture IBA Mr. Tees Seating Change!
ELECTRIC MOTORS An Introduction to DC and Stepper Motors.
Cypress-Fairbanks I.S.D. 04/04/05 1 QUICK PAD PRO TRAINING MODULE.
Happy Monday!!!  Open the Agenda  Copy it in your Agenda form.  Wait for further instructions.
Inventables CNC Machine M. Neilsen. Synthetos gShield + Arduino with grbl.
Keyboard Fun! We will have some fun typing our name! 1.
Using Hobby Servos with the Arduino living with the lab © 2012 David Hall.
Real-Time Data through Data Hubs. Begin by adding a basic Move block, 5 rotations 75% power.
Negative Power or Negative Rotation makes robot go backwards. But if both are negative, the robot will go forward! Move Steering Block.
PowerPoint Practice Exercise 1 1.Save this file in your AV-TECH Folder as PowerPoint Practice Exercise 1. 2.Open this file in PowerPoint. 3.Edit each slide.
II Explanation of the Electric Motor Demonstrated in Class.
Lynxmotion Robotic Arm
1 2 Left Click 3 Left Click 4 Left Click NOTE: Your screen may look different; however, find the Start button (lower left corner); then All Programs; ending.
Lesson 5 Definition of Rotation and Basic Properties
1 Creating a Menu Bar on a Secondary Web Page  It is important for visitors to be able to move easily from one page to another  You will create a menu.
Word 2010 Headers and Footers You can make your document look professional and polished by utilizing headers and footers. The header is a section of the.
How to Create a Power Point Presentation. Topics that will be covered: 1) Getting Started 2) Common Features 3) Working with Text 4) Working with Graphics.
Testbed Coding In this activity you will code different challenges for the Testbed. For each challenge a sample program is shown. Use what this sample.
Lynxmotion Robotic Arm © 2013 Project Lead The Way, Inc.Computer Integrated Manufacturing
Limited rotation servo basics David Hall output shaft servo horn red wire = 5V + black wire = Gnd - white wire = control signal standard servo.
ROBOTC for VEX Online Professional Development. Homework Questions Thoughts? Questions?
The “Board of Education” 1 Three-position switch 0 = OFF 1 = ON / wheels OFF 2 = ON / wheels ON breadboard (for building circuits) electrical power (V.
Testbed Coding In this activity you will code different challenges for the Testbed. For each challenge a sample program is shown. Use what this sample.
Basic Programming: Until Commands. The Problem with Wait States Motor Speed is affected by battery power. –If the battery is fully charged, the motors.
Programming Concepts (Part B) ENGR 10 Introduction to Engineering
Using the Cyton Viewer Intro to the viewer.
Lynxmotion Robotic Arm
Start Course Keyboarding Skills Progression Course.
Programming and File Management Part 2
Using servos.
ROBOTC for VEX Online Professional Development
Shapes with FOUR, FIVE or SIX sides.
Programming Concepts (Part B) ENGR 10 Introduction to Engineering
10-Nov Nov-18 converted to Mechanical Energy DC Motor Describe how a d.c. motor works: A current-carrying coil in a magnetic field experiences.
TECH 1 BAMS Technology Education
PeopleLink Development 1 Page Guide
Exploring Computer Science Lesson 6-5
Working with PowerForms
Working with PowerForms
Omni-wheel Car Additional Documentation
28-Feb Feb-19 converted to Mechanical Energy DC Motor Describe how a d.c. motor works: A current-carrying coil in a magnetic field experiences.
Motors and Position Determination
Lesson 4 Charting PowerForms.
Coding Edbot Dream with Scratch
Motor Planning, Not Execution, Separates Motor Memories
Programming Concepts (Part B) ENGR 10 Introduction to Engineering
Presentation transcript:

Armdroid 1000 Programming the Armdroid G-2000 Mode G-3000 Mode Next

G-2000 Mode Type G-2000 hit return Press M to get into the main menu Press B to find out the basic rate of speed Press C to change the basic rate of speed 010= slowest rate 002=fastest rate Press T to torque stepper motors Press I to get into the Insert Menu Return to Home

G-3000 Mode Type G-3000 then hit return Press 0 (not zero) and select option 1-4 Press B to find out the basic rate of speed Press C to change to the desired speed Press T torque stepper motors Press I get into the Insert Menu Return to Home

Armdroid 1000 Lesson 1 Program Robot to move cylinder from C1 – C2 Return to home Lesson 2 Understanding Micro-switches

Armdroid 1000 Once you are in the insert menu you are ready to start programming. 1=open fingers Q= close fingers 2=rotate fingers clock wise W= rotate fingers counter clockwise 3= raise wrist E= lower wrist 4=raise arm R=lower arm 5=raise shoulder T=lower shoulder 6=rotate base clockwise Y=rotate base counter clockwise 7=rotate external motor cw U=rotate external motor ccw After you have move d the robot to a desired position hit the “.” key to save that movement. If you don’t want that movement don’t put a “.” after it. Back

Armdroid 1000 From the home position--- program your robot in G-2000 to pick-up a cylinder at C1 and move it to C2. Save the appropriate steps necessary to execute this task. Hit E for execute Then O(nce) or F (orever) Back to lesson page

Armdroid 1000 The micro-switches used in this unit have four lead wires: Blue wire that is NC (normally closed) = on Yellow wire that is NO (normally open) = of Two Black wires that can be used with either the blue or yellow wire. To use micro-switches you must define a “wait period” first. Position robot in the wait position Define a wait period by: pressing the ?/shift key at the same time. Back to Lessons page Back to Mr Hoellein’s Web Page