Reference :

• Basic Version : 8042524
• Failsafe Version : 8034574

High Performance for Industrial Automation Training

The SIMATIC S7-1500 controller family delivers high performance, flexibility and advanced integration within the TIA Portal engineering environment. It meets the requirements of medium- to high-complexity industrial automation applications.

The EduTrainer® Universal equipped with the standard SIMATIC S7-1516-3 PN/DP CPU is a training platform designed for hands-on learning in PLC programming, industrial communication, and digital and analog signal processing.

Training Applications

This configuration supports practical training in standard industrial automation, including:

• Programming and configuring programmable logic controllers (PLCs).
• Developing control sequences and managing automated processes.
• Studying digital and analog inputs and outputs.
• Simulating sensors, actuators and control signals.
• Industrial communication via PROFINET, Ethernet and PROFIBUS DP.
• Integrating and controlling MPS® training stations.

Central Processing Unit (CPU)

Standard SIMATIC S7-1516-3 PN/DP CPU

• Work memory designed for executing automation programs and processing data.
• SIMATIC Memory Card for storing programs and configuration data.
• First interface: PROFINET IO RT/IRT with two integrated switching ports.
• Second interface: PROFINET with an integrated Ethernet port, depending on the CPU interface configuration.
• Third interface: PROFIBUS DP for communication with compatible devices and peripherals.
• Execution of standard control programs and management of data exchange with industrial equipment.

Training System Inputs and Outputs

• 32 digital inputs: 24 V DC.
• 32 digital outputs: 24 V DC, 0.5 A.
• 8 analog inputs: compatible with voltage, current, resistance temperature detector (RTD) and thermocouple (TC) signals, with 16-bit resolution.
• 4 analog outputs: compatible with voltage and current signals, with 16-bit resolution.

Reference :

• Basic Version : 8042524
• Failsafe Version : 8034574

Industrial Automation and Functional Safety

The SIMATIC S7-1500F controller family combines industrial automation performance with advanced safety functions. It enables standard automation and safety applications to be implemented on a single CPU, integrating conventional control functions and safety programs within a consistent architecture.

The EduTrainer® Universal equipped with the fail-safe SIMATIC S7-1516F-3 PN/DP CPU is designed for hands-on training in industrial automation, fail-safe PLC programming and the principles of functional safety applied to industrial machines and systems.

Training Applications

This configuration supports practical training in standard automation and functional safety, including:

• Programming and configuring fail-safe programmable logic controllers.
• Developing and executing standard and safety programs.
• Studying monitoring and control functions related to machine safety.
• Simulating input and output signals in automation scenarios.
• Industrial communication via PROFINET, Ethernet and PROFIBUS DP.
• Studying the integration of safety functions into automated systems.
• Integrating and controlling MPS® training stations.

Advantages of the Fail-safe Version (Safety CPU)

The version equipped with the SIMATIC S7-1516F-3 PN/DP CPU provides dedicated functional safety capabilities in addition to standard automation functions. It enables safety functions to be programmed and executed on the same PLC as conventional control programs, simplifying the integration of safety functions into automated systems. This architecture supports the study of protective device monitoring, safety-related stopping functions and the management of hazardous situations, while reducing the need for a separate controller dedicated to safety functions. It is particularly well suited to practical training in fail-safe PLCs, safety programming and the principles of industrial machine safety.

Central Processing Unit (CPU)

Fail-safe SIMATIC S7-1516F-3 PN/DP CPU

• Work memory designed to execute standard and safety programs.
• SIMATIC Memory Card for storing programs and configuration data.
• First interface: PROFINET IO RT/IRT with two integrated switching ports.
• Second interface: PROFINET with an integrated Ethernet port, depending on the CPU interface configuration.
• Third interface: PROFIBUS DP for communication with compatible devices and peripherals.
• Integrated safety functions for monitoring and managing system safety functions.
• Execution of standard control programs and safety programs on the same CPU.

Training System Inputs and Outputs

• 32 digital inputs: 24 V DC.
• 32 digital outputs: 24 V DC, 0.5 A.
• 8 analog inputs: compatible with voltage, current, resistance temperature detector (RTD) and thermocouple (TC) signals, with 16-bit resolution.
• 4 analog outputs: compatible with voltage and current signals, with 16-bit resolution.

Reference :

• 950.061.600 – PLC Training Panel with Integrated 7" Operator Panel

The PLC training panel is a flexible and expandable educational solution designed to teach the programming, configuration, and commissioning of programmable logic controllers from the Siemens S7 family.

Thanks to its modular architecture, the system can be configured to meet specific training requirements, particularly regarding input/output capabilities and communication interfaces. Its integrated wiring significantly reduces the time required for manual wiring and connections, allowing trainees to focus on practical programming, configuration, and industrial automation exercises.

This solution helps optimize training time and facilitates the implementation of practical exercises in technical education institutions, vocational training centers, and industrial automation laboratories.

Educational Applications

This training system is suitable for developing practical skills in the following areas:

• Configuration and programming of programmable logic controllers.
• Operation of a human-machine interface (HMI) operator panel.
• Management of digital and analog inputs and outputs.
• Configuration and operation of PROFIBUS industrial communications.
• Development of control programs and implementation of practical industrial automation exercises.

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