Robot station with MPS® modules – The equipment level as an introduction to industrial robotics

Robot station with MPS® modules – The equipment level as an introduction to industrial robotics

Function
This equipment level is created based on the basic design of the MPS® robot station and the two robot handling and robot assembly modules as a introduction to industrial robotics. The upstream station feeds the bodies of the pneumatic cylinders to be assembled to the robot via a slide. The robot determines the orientation of the bodies and places them in the assembly holder in the correct orientation. It takes the piston from the pallet and assembles it in the body. Controlled magazines feed the piston springs and cylinder end caps to the robot. The fully assembled pneumatic cylinder is then placed on a slide.

Topic: Handling and assembly
In many industrial applications, robots handle and assemble workpieces and modules. Getting to know these areas of application is an essential part of an introduction to robotics.

Developed in accordance with the EU Machinery Directive 2006/42/EC in compliance with DIN EN 60204-1 and DIN EN ISO 12100.

 

Technical data

  • Power supply: 230 V AC
  • Operating pressure: 600 kPa (6 bar)
  • Maximum workpiece width: 40 mm
  • 12 digital inputs
  • 5 digital outputs

Training content

  • Integration of an industrial robot in an assembly process
  • Teaching of robots in complex assembly environments
  • Commissioning of complex systems
  • Maintenance, servicing and troubleshooting of complex systems
  • Programming of industrial robots combined with the integration of sensors and additional actuators
  • Programming of multitasking applications

Recommended training media
Training documentation MPS® Handling with industrial robots

More learning and research systems for robotics:

  • Robot vision cell
  • Robotino®

CIROS®
805 robots supplied by 15 different manufacturers for the perfect start to time-saving kinematic simulation. Thanks to the full integration into automation technology with PLC, fieldbus and sensor simulation support, the learning environment can be optimized to suit each user's needs.

  • Networking of objects, sensors, actuators, robots and corresponding virtual controllers
  • Work virtually in the classroom or lab using error simulation and the Teacher mode
  • MPS® robot station hardware expansion
  • Apply exercises to real technology after completing a safe introduction

 

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