Schulungszelle UR5e Advanced

System

The UR5e Advanced training cell offers the ideal introduction to working with collaborative industrial robots (cobots for short). The cobot's extensive safety features enable innovative and safe experimentation in your laboratory. Our system offers a complete solution consisting of a cobot including accessories, as well as a work table optimised for this application, including power supply, all necessary mounts for the control unit, programming tablet and cobot, and sufficient storage space for the necessary accessories. A compatible camera system including customised exercise plates is included in the Advanced Set. The cobot can be operated and programmed using the 12" touch panel included in the scope of delivery. In addition, motion programming is implemented via a teach-in button, which enables programming by specifying a manually executed motion pattern of the cobot at the touch of a button. The plug-and-play camera system enables camera-based cobot applications and exercises.

Techncal Data of Cobot UR5e:

• 6 axis
• Working radius: 850 mm
• Load capacity: 5 kg
• Repeatability: +/- 0,03 mm
• Typical speed: 1 m/sec
• Integrated force sensor
• Front axis: Infinitely rotatable

Camera system:

• Resolution: 2560 x1920px
• Power supply: 24 V (from UR-Controller)

The supplied work table has two conveyor belts arranged at right angles and a frame for the supplied exercise plates. The design allows for the free creation of additional learning scenarios.

Learning objectives

• Safety concepts for working with cobots
• Safe commissioning and programming of cobots
• Function of tools and tool change on cobots
• Camera systems for cobots

Method

The equipment is designed for school and university experiments. Practical tasks challenge learners to solve the respective problem guided by the experiment description.

Target Group

Vocational training in the commercial sector and students specialising in automation technology. The course offers flexible-level experiments for vocational schools and bachelor's degree programmes.

Topics

• Safety concepts when working with cobots
• Commissioning cobots
• Tool change on cobots
• Programming cobots
  • Simulation of a pallet
  • Process application with 3 workpieces
  • Coordinate systems
• Programming process sequences
• Function of grippers
• Camera based cobot applications

Important: The purchase of a training cell always includes training at an official Universal Robots training centre.