Light Control Training System (Modular Type) | NexuMation 58
The Light Control Training System (Modular Type) NexuMation 58 is a modular light control training system on a vertical three-level frame with educational panels. This light control training system includes DC power supply with +15V, 0V, -15V outputs, PID controller with adjustable parameters, power amplifier with 30 W output, and light control system with 10 W max. power. P, PI, and PID control strategies using CHR method are supported. Computerized DAQ system via USB with management software is included. Theoretical and practical manual supplied.
The Light Control Training System (Modular Type) NexuMation 58 is designed for the study of light control application. This light control training system 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 Light Control Training System (Modular Type) NexuMation 58 has a modular structure. Educational panels are installed on a vertical frame. A theoretical and practical manual is supplied with the light control training system.
The modularity of this educational system gives students a direct and immediate approach to light 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 for use in this light control training system. This allows students to work with realistic control equipment in a learning environment. The light control training system supports P, PI, and PID control strategies using the CHR method.
The Light Control Training System (Modular Type) NexuMation 58 includes a computerized DAQ system via USB and management software.
Light Control Training System (Modular Type) NexuMation 58: Technical Specifications
| Parameter | Value |
|---|---|
| Structure | Modular |
| Frame | Vertical frame with educational panels |
| Power Supply | DC Power Supply, +15 V; 0 V; -15 V |
| Power Supply Output Current | 2.4 A, 3 A for short period |
| Controllers | PID controller, continuously adjustable parameters |
| Proportional Gain | Kp = 0 … 1000 |
| Integral Action Time | TI = 1ms … 100s |
| Derivative Action Time | TD = 0.2ms … 20s |
| Power Amplifier Output Voltage | 10 V … +10 V to ground; 0 … ±20 V symmetrically |
| Power Amplifier Max. Output Power | 30 W |
| Light Control System Power Supply | +15 V; 0 V; -15 V |
| Light Control System Max. Power | 10 W |
| Light Control System Output Signal | 0 … 10 V |
| Data Acquisition | Computerized DAQ system via USB |
| Software | Management software, included |
| Support Frame | Three-level work frame |
| Documentation | Theoretical and practical manual, supplied |
Technical Data
DC Power Supply
| Parameter | Value |
|---|---|
| Output voltages | +15 V; 0 V; -15 V |
| Output current | 2.4 A, 3 A for short period |
| Mains switch | with pilot lamp |
| LED indicators | +15 V; -15 V for nominal voltage indication |
Voltage Reference Generator
| Parameter | Value |
|---|---|
| Power supply | +15 V; 0 V; -15 V |
| Continuous regulation reference signal range | -10 V to +10 V, 0 to +10 V |
| Step reference signal range | -10 V to +10 V, 0 to +10 V |
| Selectable ranges | 0 / ±10 V and 0 / +10 V |
| Input options | internal potentiometer or external reference signal |
PID Controller
| Parameter | Value |
|---|---|
| Power supply | +15 V; 0 V; -15 V |
| Input summing node | two reference variables, one controlled variable |
| Signal voltage range | -10V to +10V |
| Proportional gain | Kp = 0 … 1000 |
| Integral action time | TI = 1ms … 100s |
| Derivative action time | TD = 0.2ms … 20s |
| Output summing node | for adding or subtracting noise variables |
| Error signal measurement | terminal provided |
| Output offset adjustment | adjustment screw provided |
| Over-range indicator | LED “over” when output exceeds ±10 V |
| Integral controller reset | Input Ioff provided |
Power Amplifier
| Parameter | Value |
|---|---|
| Power supply | +15 V; 0 V; -15 V |
| Input signal voltage range | -10V to +10V |
| Output voltage | 10 V to +10 V to ground; 0 to ±20 V symmetrically |
| Max. output power | 30 W |
| Short-circuit protection | yes |
Light Control System
| Parameter | Value |
|---|---|
| Power supply | +15 V; 0 V; -15 V |
| Input signal voltage range | 0 … 20 V |
| Output signal | 0 … 10 V |
| Maximum power | 10 W |
Single Pole Pushbutton
| Parameter | Value |
|---|---|
| Type | Plug-in element |
| Switch load | 2 A, 250 V |
Single Pole Switch
| Parameter | Value |
|---|---|
| Type | Plug-in element, normally open |
| Switch load | 2 A, 250 V |
Key Features
- Structure: modular design
- Application: light control training system for practical training and guided experiments
- Frame: vertical frame with three levels
- Power Supply: DC power supply with +15 V, 0 V, -15 V outputs, 2.4 A output current
- Controllers: PID controller with continuously adjustable parameters
- Proportional Gain: Kp = 0 to 1000
- Integral Action Time: TI = 1ms to 100s
- Derivative Action Time: TD = 0.2ms to 20s
- Power Amplifier: 30 W max. output power with short-circuit protection
- Light Control System: 10 W max. power with 0 to 10 V output signal
- Data Acquisition: computerized DAQ system via USB
- Software: management software included
- Control Methods: P, PI, and PID using CHR method
Experiments Included
- Measurement system features
- P, PI and PID light controls using the CHR method
- Analysis of light control features
Modules Included
- DC Power Supply
- Voltage Reference Generator
- PID controller
- Power Amplifier
- Light Control System
- Single Pole Pushbutton
- Single Pole Switch
- Computerized DAQ system via USB
- Management software
- Connecting Leads Set
- Three-level work frame
Construction and Design
The Light Control Training System (Modular Type) NexuMation 58 is built on a vertical frame. Educational panels are mounted on the frame in a modular arrangement. This light control training system uses a three-level work frame to organize components.
Industrial type components are educationally adapted for use in this light control training system. 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 are supplied for interconnection. A DC power supply provides +15 V, 0 V, and -15 V outputs with 2.4 A output current. A voltage reference generator allows signal ranges from -10 V to +10 V or 0 to +10 V.
A PID controller with continuously adjustable parameters manages light control. Proportional gain Kp ranges from 0 to 1000. Integral action time TI ranges from 1ms to 100s. Derivative action time TD ranges from 0.2ms to 20s.
A power amplifier with 30 W max. output power and short-circuit protection drives the light control system. The light control system operates at 10 W max. power with 0 to 10 V output signal.
A computerized DAQ system via USB connects to the frame. Management software allows real-time monitoring and control of experiments. Single pole pushbuttons and switches are included for circuit operation.
Software
- Computerized DAQ system via USB
- Management software, included
Scope of Delivery
- DC Power Supply
- Voltage Reference Generator
- PID controller
- Power Amplifier
- Light Control System
- Single Pole Pushbutton
- Single Pole Switch
- Computerized DAQ system via USB
- Management software
- Connecting Leads Set
- Three-level work frame
- Theoretical and practical manual
Q1. What is the Light Control Training System (Modular Type) NexuMation 58 designed for?
It is designed for the study of light control application and practical training based on the performance of guided experiments.Q2. How is the light control training system structured?
It has a modular structure with educational panels installed on a vertical three-level work frame.Q3. What control methods are supported?
P, PI, and PID light control strategies using the CHR method are supported by the light control training system.Q4. What are the PID controller parameter ranges?
Proportional gain Kp ranges from 0 to 1000. Integral action time TI ranges from 1ms to 100s. Derivative action time TD ranges from 0.2ms to 20s.Q5. How does the light control training system connect to a computer?
A computerized DAQ system via USB is included. Management software allows real-time monitoring and control of experiments.
Q1. What is the Light Control Training System (Modular Type) NexuMation 58 designed for?
It is designed for the study of light control application and practical training based on the performance of guided experiments.
Q2. How is the light control training system structured?
It has a modular structure with educational panels installed on a vertical three-level work frame.
Q3. What control methods are supported?
P, PI, and PID light control strategies using the CHR method are supported by the light control training system.
Q4. What are the PID controller parameter ranges?
Proportional gain Kp ranges from 0 to 1000. Integral action time TI ranges from 1ms to 100s. Derivative action time TD ranges from 0.2ms to 20s.
Q5. How does the light control training system 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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