Laboratories and equipment
- Thursday - 21/02/2019 07:16
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I. Laboratory
- Modeling and simulation laboratory (316 - C9)
- Laboratory of process control and automation (315 - C9)
- PLC and industrial communication laboratory (316 - C9)
II. Equipment
- PLC S7-300
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Equipment Image
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Manager: |
Trịnh Hoàng Minh |
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Key words: |
Module-PLC, Programmable logic controller (PLC) |
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Description: |
Model: S7 – 300 CPU314 Features: - Input/output - Remote input/output - Logic control - Automatic control |
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Technical parameters: |
PLC S7-300 - Voltage source: PS307, vào 230-240VAC, ra: 24VDCx5A - CPU: CPU317 - DI: 24VDC - DO: 24VDC/0.5A - AI: 12bít - AO: 12bít Experiments: - Conveyor system - Heater |
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Experiments |
- Logic control with conveyor system. - Control of furnace system |
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Manager: |
Trịnh Hoàng Minh |
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Key words: |
Module-PLC, Bộ điều khiển logic có thể lập trình |
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Description: |
Model: S7 –1200. PLC configuration: CPU 1214C AC/DC/Rly, 6ES7 214-BG40-0XB0, Firmware Version: V4.0 Main features: - I/O - Remote I/O - Logic control - Automatic control |
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Technical parameters: |
PLC S7 –1200. - DI: 24VDC - DO: 24VDC/0.5A - AI: 12bít - AO: 12bít |
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Others |
- Logic control with conveyor system. - Water level control |
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- Omron's PLC CPM1 System
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Manager: |
Trịnh Hoàng Minh |
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Key words: |
Mini-PLC, CPM1, PLC |
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Description: |
Model: CPM1 Usage: logic control |
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Technical parameters: |
- DI: 18 - DO: 12 - Card RS232 CPM1-CIF01 |
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Others |
- Drying system experiment testbed
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Manager: |
Trịnh Hoàng Minh |
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Key words: |
Process control; Arduino; MATLAB |
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Description: |
Main components: - Drying system - Temperature PT100 - DAC - Arduino Leonardo - PC |
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Notes: |
- System identification - Temperature control |
- Water level control system
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Manager: |
Trịnh Hoàng Minh |
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Key words: |
Process control; PLC; |
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Description: |
Main components: - two water tank - pump - control valve - flow sensor - PLC S7-1200 |
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Experiments: |
- System identification - Digital/logic control of water level system |
- Furnace control system
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Manager: |
Trịnh Hoàng Minh |
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Key words: |
process control; power electronics; MATLAB |
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Description: |
Main components: - furnace - temperature sensor - DAC/ADC - Power electronics circuit - PC |
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Note |
- System identification - Control of furnace system |
- Neonatal incubator
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Manager: |
Trịnh Hoàng Minh |
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Key words: |
Điều khiển số; Arduino; MATLAB |
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Description: |
Neonatal incubator requires high quality control of three elemental parameters: temperature, moisture, and oxygen level |
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Technical parameters: |
Incubator LNDTSS ATOM-V80 - Dimension: 920 x 430 x 685 mm - Power: 300 W - Temperature range: 25 – 37 độ C - Accuracy: 0.25% |
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- System modeling - System identification - Flow, temperature and moisture control |
- Inverted pendulum control system
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Manager: |
Trịnh Hoàng Minh |
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Key words: |
Digital control; Arduino; MATLAB |
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Description: |
Inverted pendulum control system |
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Technical parameters: |
- Inverted pendulum - Control board - Motor |
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- Control of pendulum system - Digital control |
- Magnetic levitation system
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Manager: |
Trịnh Hoàng Minh |
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Key words: |
Điều khiển số; Arduino; MATLAB |
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Description: |
Main components: - Electromagnet with iron core - Permanent magnet - Control system |
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- System identification - Control of magnetic levitation system |
- Single-axis balance control system (for quarotor)
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Manager: |
Trịnh Hoàng Minh |
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Key words: |
Digital control; BLDC; MATLAB |
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Description: |
Main components: - 2 động cơ BLDC A2212 2450KV - Intel Galileo control kit - Cảm biến đo góc MPU 6050 - Bộ điều tốc ESC SkyWalker 40A - Pin LiPo |
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- Balance control of 1 axis system - Kalman filter design for MPU 6050 |
