Reference :

• 570.050.530 – Power Electronics Panel

Overview

The Power Electronics Panel is a compact training system designed for performing experiments in power electronics on DC, single-phase AC, and three-phase AC circuits using a safe low-voltage approach.

The panel includes integrated resistive, inductive, and capacitive loads, enabling a comprehensive understanding of power electronics behavior and applications.

An optional motor/generator module can be added to extend the system capabilities to electromechanical and control system applications.

Single-phase AC Experiments

• Uncontrolled half-wave rectifier
• Uncontrolled bridge rectifier
• Half-controlled bridge rectifier
• Fully controlled bridge rectifier
• Line-commutated rectifier
• Pulse group control

Three-phase AC Experiments

• Uncontrolled rectifier M3
• Uncontrolled rectifier B6
• Controlled rectifier M3
• Controlled rectifier B6

DC Experiments

• Basic PWM circuits
• PWM with H-bridge (MOSFET)

GTO Experiments

• Trigger pulse manipulation
• GTO used as chopper

Reference : 8200388 - Servo Motor Control Technology TP1421

The TP1421 training system provides a flexible, safe, and industry-oriented learning environment for servo motor and stepper motor control technology. This comprehensive solution enables learners to develop practical skills in installation, configuration, commissioning, maintenance, and troubleshooting of industrial drive systems.

The training package is based on the “Servo Motor Control” course, available either as a digital course through Festo LX or as a practical workbook. The learning activities combine theoretical knowledge with hands-on applications to strengthen the technical and operational skills of automation specialists, industrial electricians, maintenance technicians, and electrotechnicians.

Learning Objectives

Learners gain practical experience in the following areas:

• Position, speed, and torque control
• Operating principles of servo motors and stepper motors
• Drive configuration and commissioning
• Wiring and diagnostic techniques
• Motor sizing methods
• Homing procedures
• Motion profile creation and optimization
• PID control techniques
• Power transmission methods
• Troubleshooting and maintenance of drive systems
• Multi-axis control using PLC systems

Key Benefits

• Development of universal industrial skills
• Compact and flexible training solution
• Ready-to-use course materials for faster lesson preparation
• Alignment with current industrial requirements
• Practical learning activities based on real industrial applications
• Efficient transfer of skills to the workplace

Training Topics

• Open-loop and closed-loop control principles
• Use of encoders and feedback systems for precise positioning
• Drive commissioning and diagnostics
• Parameter setting and troubleshooting techniques
• Operation and applications of stepper motors and servo motors
• Multi-axis coordination and PLC-based control
• Creation of complex motion sequences
• PID control implementation and tuning