Study of Control System Trainer | NexuMation 57
The Study of Control System Trainer NexuMation 57 is a modular control system trainer on a vertical three-level frame with educational panels. This control system trainer includes P, I, D, PI, PD, and PID controllers, two position controller, simulated controlled system, and DC power supply. Over 20 experiments cover P-type, I-type, and higher-order processes. Computerized DAQ system via USB with management software is included. Theoretical and practical manual supplied.
The Study of Control System Trainer NexuMation 57 is designed for the study of control simulations application. This control system trainer allows students practical training based on the performance of guided experiments. Industrial type components are educationally adapted using a modular panel system.
Product Overview
The Study of Control System Trainer NexuMation 57 has a modular structure. Educational panels are installed on a vertical frame. A theoretical and practical manual is supplied with the control system trainer.
The modularity of this educational system gives students a direct and immediate approach to control topics. Students can study various subjects by performing several experiments. The system permits step-by-step assembling from the simplest circuit to the most complex system.
Industrial type components are educationally adapted. This allows students to work with realistic control equipment in a learning environment. The control system trainer supports P-type, I-type, and higher-order processes. It also supports proportional, integral, derivative, and combined controllers.
The Study of Control System Trainer NexuMation 57 includes a computerized DAQ system via USB and management software.
Study of Control System Trainer NexuMation 57: Technical Specifications
| Parameter | Value |
|---|---|
| Structure | Modular |
| Frame | Vertical frame with educational panels |
| Power Supply | DC Power Supply, integrated |
| Control Elements | P, I, D, PI, PD, PID controllers |
| Position Control | Two Position Controller, included |
| Process Elements | P-type, I-type, I2-type, 1st order, higher than 1st order |
| Measurement | Simulated Controlled System |
| Data Acquisition | Computerized DAQ system via USB |
| Software | Management software, included |
| Accessories | Connecting Leads Set IT-ACC, included |
| Support Frame | Three-level work frame |
| Documentation | Theoretical and practical manual, supplied |
Technical Data
| Parameter | Value |
|---|---|
| Modular Panel System | Yes |
| Controller Types | P, I, D, PI, PD, PID |
| Process Types | P-type, I-type, I2-type, 1st order, higher than 1st order |
| DAQ Interface | USB |
| Frame Levels | Three |
Key Features
- Structure: modular design
- Application: control system trainer for study of control simulations and practical training
- Frame: vertical frame with three levels
- Power Supply: DC power supply, integrated
- Controllers: P, I, D, PI, PD, PID available
- Position Control: two position controller included
- Data Acquisition: computerized DAQ system via USB
- Software: management software included
- Accessories: connecting leads set IT-ACC included
- Measurement: simulated controlled system
- Documentation: theoretical and practical manual supplied
Experiments Included
- P-type process
- I-type process
- I2-type process
- 1st order process
- Higher than 1st order process
- P controller
- I controller
- D controller
- PI controller
- PD controller
- PID controller
- P control P-type process
- P control 1st and higher order processes
- 2nd order I control I-type processes
- Ziegler-Nichols dynamic method
- Chien-Hrones-Reswick static method
- 2 position controller 1st order process
- 2 position controller delayed feedback 2nd order process
- 2 position controller elastic feedback 2nd order process
Modules Included
- DC Power Supply
- Voltage Reference Generator
- PID controller
- Proportional Controller
- Summing Point 5 Inputs
- Second Order Transfer Element
- Two Position Controller
- Simulated Controlled System
- Computerized DAQ system via USB
- Management software
- Connecting Leads Set IT-ACC
- Three-level work frame
The Study of Control System Trainer NexuMation 57 is built on a vertical frame. Educational panels are mounted on the frame in a modular arrangement. This control system trainer uses a three-level work frame to organize components.
Industrial type components are educationally adapted for use in this control system trainer. This allows students to work with realistic control equipment in a learning environment. The modular panel system permits step-by-step assembly from the simplest circuit to the most complex system.
All modules plug into the frame. Connecting leads set IT-ACC is supplied for interconnection. A computerized DAQ system via USB connects to the frame. Management software allows real-time monitoring and control of experiments.
Software
- Computerized DAQ system via USB
- Management software, included
Scope of Delivery
- DC Power Supply
- Voltage Reference Generator
- PID controller
- Proportional Controller
- Summing Point 5 Inputs
- Second Order Transfer Element
- Two Position Controller
- Simulated Controlled System
- Computerized DAQ system via USB
- Management software
- Connecting Leads Set IT-ACC
- Three-level work frame
- Theoretical and practical manual
Q1. What is the Study of Control System Trainer NexuMation 57 designed for?
It is designed for the study of control simulations application and practical training based on the performance of guided experiments.
Q2. How is the control system trainer structured?
It has a modular structure with educational panels installed on a vertical three-level work frame.
Q3. Which controllers are included?
P, I, D, PI, PD, and PID controllers are available in the control system trainer.
Q4. How many experiments can be performed?
The control system trainer supports over 20 guided experiments covering various process types and control methods, including Ziegler-Nichols and Chien-Hrones-Reswick tuning methods.
Q5. How does the control system trainer connect to a computer?
A computerized DAQ system via USB is included. Management software allows real-time monitoring and control of experiments.
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