Our matching brochures
The focus is on the servo brake and drive system
In a compact housing, this equipment set offers a complete, flexible and convenient load and drive system. This allows the machines under test to be analyzed in different load situations.
The didactic concept allows a clear differentiation between test specimen and load. The practical quick-change system makes it easy to set up and change the machines to be tested. The test specimens are wired using tried-and-tested, flexible A4 EduTrainer.With the braking system, simple tests can also be carried out manually without a PC and software, e.g. recording a characteristic curve. Measured values, characteristics and function mode are shown on the integrated display.
In conjunction with the convenient DriveLab software, a wide range of possibilities are created.
With the electrical machines (available as an option), almost all electrical circuits and drives found in industry, commerce and the home can be taught in a practical and training-oriented manner.T
he range of drives includes systems of varying complexity: from single-phase and three-phase drives to DC drives and modern servo drives
Product Guide Electronics and Electrical Engineering
Learning content
- Components of the electrical drive technology
- Direct current drives
- AC drives
- Three-phase drives
- Special machines
- Contact control
- Frequency inverter
- Servo motors
- Stepper motors
- Robust special design for training
- Neutral rating plate
- Thermal protection (normally closed contact) in the winding
- Ready mounted and aligned on carrier plate
- One shaft end equipped with coupling piece suitable for servo brake and drive system
- Carrier plate with clamping slot and quick fastening system for profile plate
- All connections led out on safety sockets
- Painted in RAL 7035
Discover the basics of variable frequency drive technology based on Isolated Gate Bipolar Transistor (IGBT) technology.
Expansion package for TP 1410
Designed for use in conjunction with the TP 1410 servo brake and drive system, the IGBT training package forms the basis for learning the operating principles of frequency converters.
This combination of products gives learners hands-on experience with the fundamentals of modern power electronics and motor control. You will learn how AC is converted, filtered and inverted using IGBT technology and how frequency converters control the speed and torque of a motor.
Through the analysis of rectification and the operation of a three-phase asynchronous motor (with or without a constant V/f ratio), learners develop a deep understanding of the energy conversion chain from the power supply to the motor.
Real-time monitoring and analysis strengthen the link between theory and practice, preparing learners to apply their knowledge of frequency converters and drive systems in real-world applications.
The LVDAC-EMS software optimizes laboratory work and deepens system understanding. Learners have access to full software-based instruments – including oscilloscopes, counters and analyzers – to measure, record and analyse electrical quantities as well as to record mechanical parameters such as speed, torque, power and energy in real time.
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Stepper- and servomotor controller technology.
Stepper and servo motors are indispensable in industry for precise and controlled movements. They enable automation, accuracy and efficiency in various industrial applications to increase productivity and competitiveness.
Gantry application update kit for stepper and servo motor control technology
The Gantry Application update kit is used along with two TP142x device sets to create a Gantry application. With this update kit, students will learn how to configure and control multiple axes at the same time.
Features
- Protective device to protect against accidental contact
- Axle mount
- Flexible cable routing
- Magnetic Pen
- Workspace