• With our extensive experience in education and training
  • On-site with our didactics specialists
  • With the optimum teaching aid and modules
Contact us now
Your advantages

Gain practical experience
With the tried-and-tested frequency and drive inverters as well as the visibly installed electrical equipment

Acquire future-proof qualifications
Based on multiple integrated technology functions and application modules, which provide practical experience of plant automation

Learn without risk
Thanks to live components that are protected against contact as well as visually and physically separated power and control signals

Drive configuration, combination, startup and control

Hoists represent a particularly demanding application in the field of drive technology. As well as demanding correct configuration of suitable drives, such systems also require special safety regulations for later operation to be observed in the initial design concept. A wide range of gear unit / motor combinations can be used. Moreover, a centralized or decentralized concept can be employed when it comes to controlling the power supply.

Modular hoist concept for multi-stage qualification

Our application-oriented demo unit constitutes a flexible laboratory hoist with a modular design. It is configured to industrial standards and can move loads weighing up to 50 kg. The qualification is based on a multi-stage concept: As an interdisciplinary, didactical system, the laboratory hoist provides budding specialists with comprehensive, practical knowledge encompassing everything from the configuration of such units to their startup and control. This also includes coordinating the corresponding sensors and actuators as well as practicing on a centralized or decentralized control cabinet solution.

Contact form Worldwide locations Locations in Germany Integration of electrical engineering
  • Application of the five safety rules (electrical engineering)
  • Integration and contacting of the electronic components in the right order
  • Functional test of signal electronics
  • Checking the operating principle of the drive train (manual mode)
Startup and parameterization
  • Startup of motor control
  • Adjustment and parameterization of sensor technology and actuators
  • Setup of the communication paths between the individual electronic components
  • Programming of the higher-level controller
  • Data backup
Startup and parameterization
  • Creation of a safe working environment at a hoist
  • Selection of the right assembly logic and aids
  • Correct assembly of the electromechanical components (keyword: encoder)
  • Alignment and calibration of the individual components
  • Checking the rotational accuracy

The didactics system can be used both in specialist colleges and in industrial/technical training. It is particularly suitable for the training of

  • Electronics specialists (MT, EBT, EMA, EAT, EGS)
  • Master automation technicians
  • Master electrical engineers
  • Master mechatronics technicians