Lab session on Robot Control using teach pendant.pptx

Teach pendant methods and its usage

1. Lab Session On Robot Control Using Teach Pendant By Mr.K.Pavan Kumar Reddy Assistant professor ( Adhoc ) Department of Mechanical Engineering JNTUA College of Engineering Pulivendula-516390

2. Contents Robot Programming & Interface Teach pendant method About workspace LT software With workspace LT what we can? Features of workspace LT Benefits of Workspace LT Requirements for installing workspace LT Basics of Workspace LT Lab session on Six axis Aristo Robot

3. Robot programming & Interface

4. Positional commands   Lead-by-the-nose Offline programming Robot simulation tools Teach pendant Robot programming & Interface

5. Teach pendant

6. 1975 2020

7. Different brands of Teach pendant ABB Robot KUKA Robot YASKAWA Robot

8. Fanuc Teach Pendant

9. Advantages of a Teaching Pendant Most traditional industrial robots come with a teach pendant , which makes them familiar to technicians. They allow precise positioning. Teach pendants are great for simple movements, such as painting in a straight line or over a large flat surface.

10. Disadvantages of a Teaching Pendant Disruptive to the whole system due to robot downtime. The robot must be put into "teach mode" and all operations using the robot halted until it has been programmed. Requires training to learn and program. Might be difficult for skilled craftspeople who are unfamiliar with programming.

11. About Workspace LT software Workspace  LT ™ is a Robot Offline Programming and Simulation Software . Workspace  LT ™ brings Industrial Grade Robot and Automation Simulation to Educational Institutions . Workspace  LT ™ provides an affordable solution for teaching the concepts and programming of Robots and other manufacturing automation equipment . While targeted at the educational market, it offers full offline programming, and the ability to simulate complex workcells with multiple robots and automation devices. Workspace  LT  allows you to make maximum use of limited Robot lab resources.

12. With workspace LT what we can? Quickly model a workcell layouts and evaluate their performance. Communicate our design concept using 3D graphics. Test reach and detect collisions. Generate robot programs off-line using a mouse driven menu system. Optimize programming using high-level Workspace LT functions. Download programs to a robot controller.

13. Features of workspace LT A 3D CAD system featuring constructive solid geometry. Kinematic and inverse kinematic templates. OpenGL graphics interface to produce high-quality renderings of 3D objects. Advanced robot languages support. Microsoft Windows user interface. CAD import and export facilities. Open architecture.

14. Benefits of Workspace LT Prevent Costly Equipment Damage with the Collision Detection Feature. Save Programming Time and Improve Path Accuracy with the Automatic Path Feature. Eliminate Redundant Engineering with CAD Functionality. Optimize Workcell Layout using the Reach Checking Feature

15. Robot Languages AB G-Code ABB Rapid Adept V-Plus Fanuc Karel 5 Fanuc TP Mitsubishi PA10 Mitsubishi Melfa Basic Motoman Inform II Kawasaki AS Kuka KRL Nachi Slim Panasonic Pres Siemens G-Code

16. Requirements for installing workspace LT OS Requirements windows 2000 (SP4 or later) windows XP 32 or 64 bit editions (SP2 or later) Windows vista 32 or 64 bit editions windows 7, 32 or 64 bit editions System Hardware Processor: 1 GHz minimum recommended, 2.4 GHz or higher preferred Memory: 500 MB minimum (200 & XP), 1 GB minimum vista and windows 7 Mouse: 2 button with wheel Disk space: 100 MB free Network connections to licence server CD-ROM or DVD-ROM drive for installation

17. Basics of Workspace LT