Tipok Suppakit

Automation Engineering, KMITL

AUTOMATION LAB

AUTOMATION LAB 1

Electrical-1
Electrical-2
Electrical-3
Electrical-4
Circuit & Electronic-1
Circuit & Electronic-2
Circuit & Electronic-3
Circuit & Electronic-4
Measurement & Instrument-1
Measurement & Instrument-2
Measurement & Instrument-3
Measurement & Instrument-4

AUTOMATION LAB 2

Digital-1
Digital-2
Digital-3
Digital-4
Digital-5
Digital-6
Process Controller-1
Process Controller-2
Process Controller-3
Process Measurement & Monitoring-1
Process Measurement & Monitoring-2
Process Measurement & Monitoring-3

AUTOMATION LAB 3

PLC Mitsubishi-1
PLC Mitsubishi-2
PLC Mitsubishi-3
PLC Mitsubishi-4
PLC Siemens-1
PLC Siemens-2
PLC Siemens-3
PLC Siemens-4
PLC Allen Bradley-1
PLC Allen Bradley-2
PLC Allen Bradley-3
PLC Allen Bradley-4

AUTOMATION LAB 4

DCS & FF Segments-1
DCS & FF Segments-2
DCS & FF Segments-3
System Integration-1
System Integration-2
System Integration-3
PLC & Networking-1
PLC & Networking-2
PLC & Networking-3
Manufacturing Simulations-1
Manufacturing Simulations-2
Manufacturing Simulations-3

YEAR2

Blended drink and the Enchanter's chopstick (BDEC)

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Blended drink and the Enchanter's chopstick (BDEC)

Function การทำงานต่างๆ ของเครื่องปั่น

Infrared Switch

สามารถเปิดเครื่องปั่นได้โดยไม่ต้องใช้มือสัมผัสด้วย Infrared Sensor

Speed Adjustment

ปรับความเร็วในการปั่นแบบอัตโนมัติด้วย Force Sensor

Automatic Stop

หยุดการทำงานอัตโนมัติเมื่อปั่นเครื่องดื่มเสร็จเรียบร้อยแล้ว

YEAR3

Temperature Chamber Calibration via WirelessHART System

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" This project present monitoring Temperature Chamber Calibration via WirelessHart by using Gateway that is medium for data communication between HMI and process. HMI is monitoring that receive data from Gateway via Modbus TCP for monitoring Temperature Chamber Calibration via WirelessHART System and the process works as intended. "

YEAR4

Internet-Based Air Pollution Monitoring (CO2 Web Application)

LEARN MORE CO2-Website

" This project focus on an imprementation of Internet-based air pollution monitoring of multiple sensor units. The proposed system consists of two sensor units (installed in different location), data server, and web browser. Each sensor unit consists of three component; the gas sensor modeled MH-Z14, for detecting the carbon dioxide (CO2), the microcontroller modeled Arduino UNO R3 for conditioning the measured signal and controlling the data transfer to data server, and 3G module modeled UC15-T for sending the CO2 data to display. On the created webpage, the CO2 value in ppm and the CO2 level for alert can be monitored. In addition, the historian data in trend graph as well as the CO2 value with the measurement time can be recorded and selected to display. Experimental results confirm that the proposed monitoring can operate correctly. "