robotstudio 220412 final (1)

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Robotstudio Offline Visual Programming & Simulation Tool

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Page 1: Robotstudio 220412 Final (1)

Robotstudio Offline Visual Programming &

Simulation Tool

Page 2: Robotstudio 220412 Final (1)

Akbar F. Moghaddam (Shahab)

• M.Sc. Of Robotics & Intelligent Systems ROBIN, UiO

• Robot Engineer, Norsk Titanium Components • Chairman, Robotica Osloensis

Page 3: Robotstudio 220412 Final (1)

What kind of Robots?

NOT this kind

Page 4: Robotstudio 220412 Final (1)

What kind of Robots?

NOT this kind This kind

Page 5: Robotstudio 220412 Final (1)
Page 6: Robotstudio 220412 Final (1)

Off-Line Programming (OLP) Visual Programming Language (VPL)

Simulation

Page 7: Robotstudio 220412 Final (1)

Delfoi

Page 8: Robotstudio 220412 Final (1)

Motosim

Page 9: Robotstudio 220412 Final (1)

RoboCAD

Page 10: Robotstudio 220412 Final (1)

Robotstudio

Page 11: Robotstudio 220412 Final (1)

Robotstudio

Page 12: Robotstudio 220412 Final (1)

Industrial Manipulators

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IRC5 Operator Concept

Page 14: Robotstudio 220412 Final (1)

IRC5 Operator Concept • The FlexPendant and RobotStudioOnline

work together

• Same accessibility of data on FlexPendant as on RobotStudioOnline

– Configuration of System Parameters only available through RobotStudio

• Select the most optimal point of entry to perform efficiently – Example: Keyboard entry

• Allow for future growth with different pendant concepts – Example: Cutting Pendant

Page 15: Robotstudio 220412 Final (1)

Easy to use • Intel Strong ARM Processor

• Independant Computer

• (load-) indepedant from the main robot control computer

• „Hot-Plug“ option: Connect and disconnect the FlexPendant at any time even during production

• OP system Windows CE .NET

• Develop adapted user interfaces in Microsoft Visual Studio .NET

• Swap HMI language without restart including asian characters

• Easy swapping between applications

Page 16: Robotstudio 220412 Final (1)

RobotStudio True Offline Programming

“RobotStudio is the

easy-to-use, low cost

software for visualization and

offline programming of ABB

robots”

“It is the tool you need to

maximize your productivity”

Page 17: Robotstudio 220412 Final (1)

VirtualRobotTM Technology

• Virtual Robot is the exact copy of ABB controllers in the control cabinets

• All the parameters and configurations are available on the virtual controller and could easily be transfered to the real world robot from the PC.

VirtualRobotTM Technology True Offline Programming

Page 18: Robotstudio 220412 Final (1)

VirtualRobotTM Technology

• VirtualRobot is an exact copy of the S4 controller

• Robot programs and configuration parameters can easily be transferred between robots and PC

VirtualRobotTM Technology True Offline Programming

Page 19: Robotstudio 220412 Final (1)

Areas of Application

• Machine Design phase (Development)

• Machine building phase (Development)

• Training phase

• Production Phase – Development of product Y

• Production Phase – Production of product X

Page 20: Robotstudio 220412 Final (1)

Areas of Application

Design

Machine Building

Training

Production, Development of Product Y

Production, Production of Product X

Page 21: Robotstudio 220412 Final (1)

Steps in using Robotstudio

Design

Define Path

Generate Program

Simulate Graphically & Verify

Optimize

Page 22: Robotstudio 220412 Final (1)

Design Libraries

• Complete library of all ABB robots and manipulators

• Set of standard equipment from ABB

• Ability to design CAD models

• Ability to import CAD designs

Page 23: Robotstudio 220412 Final (1)

Design Libraries Similarly we have to assemble the tool onto the robot

during the design phase

+ =

Tool Robot Robot with

Tool

Page 24: Robotstudio 220412 Final (1)

Designing in Robotstudio

Customer defined objects could be :

• Designed in any standard CAD application and import the drawing in RobotStudio.

• RobotStudio contains a built CAD application that could be used to design objects

Page 25: Robotstudio 220412 Final (1)

Improved comprehension

• Build new solutions quickly:

– Evaluate alternatives

– Initial feasibility studies

– Initial cycle-time calculations (production time)

• Visualize solutions:

– Share a proposed solution with users on all levels

– Address problem areas at an early stage (workspace issues, etc)

• Include 3D simulations in quotations

Page 26: Robotstudio 220412 Final (1)

Risk reduction

• Verify new designs quickly:

– Check reachability

– Avoid collisions

– Detect singularity issues

• Secure project feasibility and success

Page 27: Robotstudio 220412 Final (1)

Industrial IT

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Robotstudio part 2

Page 29: Robotstudio 220412 Final (1)

Graphic User Interface

Page 30: Robotstudio 220412 Final (1)

Flexpendant

Page 31: Robotstudio 220412 Final (1)

Base Coordinate System

UCS & Workobjects

Page 32: Robotstudio 220412 Final (1)

Joint angles / Joint Jog

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Euler angles Rx,Ry,Rz

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Arm Configurations

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6DOF

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6DOF

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RAPID Programming Language Part 3

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RAPID

High-level programming language Features in the language include: • Routine parameters:

– Procedures – Functions – Routines - a means of responding to interrupts.

• Arithmetic and logical expressions • Automatic error handling • Modular programs • Multi tasking

Page 39: Robotstudio 220412 Final (1)

Linear Movements

Page 40: Robotstudio 220412 Final (1)

Non Linear Movements

Page 41: Robotstudio 220412 Final (1)

PC SDK

The PC SDK (Software Development Kit) enables IRC5 customers to operate one or many robot controllers from a tailored application on a PC (MS .Net).

PC SDK is bundled with RobotStudio and is free.