-
Power System Analysis
- Power system analysis 1
- Power system analysis, supplementary model
- Power system analysis, basic model
- Power systems analysis, advanced model
- Comprehensive power system analysis
- Energy systems analysis
- Relay and protection, basic model
- Relay and protection, supplementary model
- Relay and protection, advanced model
- Relay and protection, substation protection model
- Relay and protection and power system
- Relay and protection of substation and power system
- Substation relay and protection, overcurrent model
- Substation relay and protection, differential model
- Substation relay and protection, distance model
- Relay & Protection
-
Renewable Energy
- Induction Machines
- Transformers
- Electrical Machines 1
- Synchronous Machines
- Induction Machines Drive
- Advanced Model
- AC Machines
- Special Machines
- Software Based Monitoring and Control
- 3-Phase Multifunction Machine
- Multi-function DC machine
- Shunt DC machine
- Series DC Machine
- Compound DC Machine
- Universal Machine
- Permanent Magnet DC Machine
- Permanent Magnet Synchronous Machine
- electronic power
-
control systems
- Analog Linear Control
- Modular Digital Control
- Analogue and Digital Servo Motor Control
- Industrial Control Training Set, Temperature Control
- Industrial Control Training Set, Pressure Control
- Industrial Control Training Set, Level and Flow Control
- Industrial Control Training Set, Motor Speed Control
- Advanced Router Robot
-
precision automation tools
- LOGO PLC, Basic Model
- PLC LG, The Base Model
- S7-300 PLC, Advanced Model
- Industrial Network With S7-300 PLC
- Computer-based Control
- Industrial Monitoring, Basic Model
- Instrumentation, Basic Model
- Instrumentation, Supplementary Model
- Industrial Drives
- Electro-pneumatic, Basic Model
- Electro-pneumatic, Advanced Model
- Electro-pneumatic, Supplementary Model
-
electronic
- Integrated Circuits, Analog Electronic Training Set
- Pulse Technique Circuits, Analog Electronic Training Set
- Electronic 1 Circuits, Analog Electronic Training Set
- Electronic 2 Circuits, Analog Electronic Training Set
- Electronic 3 Circuits, Analog Electronic Training Set
- Electronic Circuits, Analog Electronic Training Set
- Logic Circuits
- Digital Systems 1
- AVR Micro-Controller
- ARM Micro-Controller
- PIC Micro-Controller
- Digital Systems 2
- Digital Signal Proccessing
- telecommunications
- construction facilities and smart building
- industrial facilities
Analogue and Digital Servo Motor Control - Model DC-102
• • Studing of process behaviours in digital and analogue control
• Analogue and digital control of servo motor in position and speed control modes
• Analysing the effect of sampling frequency on digital system behaviour
• Digital and analogue PID controllers
• Possibility to observe and detailed evaluation of digital and analogue signals
• Embedded module to implement digital controllers
• Software-based observing and recording analogue and digital signals
• Up to sixth order systems implementation possibility
• Possibility to implement state feedback control method
• Lead and lag controllers
• Analogue and digital control of servo motor in position and speed control modes
• Analysing the effect of sampling frequency on digital system behaviour
• Digital and analogue PID controllers
• Possibility to observe and detailed evaluation of digital and analogue signals
• Embedded module to implement digital controllers
• Software-based observing and recording analogue and digital signals
• Up to sixth order systems implementation possibility
• Possibility to implement state feedback control method
• Lead and lag controllers
Servo motor position and speed control process using analogue and digital feedbacks
Digital system based on 8-bit digital processor and adjustable synchronizer clock
Analogue controllers with 0.2-20 proportional gain, 0.5-10 derivative gain, 0.1-20 integral gain and 0.2-20 variable gain and also PID digital controllers with 1-100 adjustable gains
0.1-10Hz synchronizer clock module
1/s and 1/s+1 Basic plants
Lead controller (β1 s+1)/(β2 s+1) (0.0005< β1 & β2< 0.005) and lag controller (s+a)/(s+b) (0.02<a&b< to 0.2)
8-bit A/D and D/A converters
Observing digital signals in expanded form and in binary and decimal basis
Position and speed operating points Adjustment block
0.1 and 10, Fixed gains
Three-input adder and subtractor
Inverter block
Digital system based on 8-bit digital processor and adjustable synchronizer clock
Analogue controllers with 0.2-20 proportional gain, 0.5-10 derivative gain, 0.1-20 integral gain and 0.2-20 variable gain and also PID digital controllers with 1-100 adjustable gains
0.1-10Hz synchronizer clock module
1/s and 1/s+1 Basic plants
Lead controller (β1 s+1)/(β2 s+1) (0.0005< β1 & β2< 0.005) and lag controller (s+a)/(s+b) (0.02<a&b< to 0.2)
8-bit A/D and D/A converters
Observing digital signals in expanded form and in binary and decimal basis
Position and speed operating points Adjustment block
0.1 and 10, Fixed gains
Three-input adder and subtractor
Inverter block
