DIY Lab Equipment with Arduino-Part 2-Temperature Control

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Abd Almonem Doolaanea

5:29:44

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1. Measuring Temperature with Arduino UnoESP32

01.1 More about DS18B20, LM35, DHT11, DHT22 and non-contact IR temperature sensors..html

01.2 More about thermistors..html

01.3 More about thermocouple..html

01. Types of temperature sensors.mp4

11:53

02.1 More about voltage divider.html

02.2 temp_ntc_uno_single_reading.zip

02. Measuring temperature with thermistor using Arduino Uno.mp4

21:58

03.1 More about Potentiometer.html

03.2 More about Potentiometer and Trimmer.html

03.3 temp_ntc_uno_average.zip

03. Measuring T with thermistor using Arduino Uno Adding calibration.mp4

05:24

04.1 More about SPI communication.html

04.2 temp_ntc_sd_uno.zip

04. Adding SD card Making T data logger using Arduino Uno.mp4

21:35

05.1 temp_ntc_esp32.zip

05. Moving to ESP32 Measuring T with thermistor using ESP32.mp4

09:45

06.1 temp_ntc_esp3_sd_appendfileonly.zip

06.2 temp_ntc_esp3_sd.zip

06. Making temperature data logger using ESP32 and SD card.mp4

19:29

07.1 temp_ntc_esp32_sd_gsheet_appsacript.zip

07. Adding IoT Recording data in Google sheet.mp4

24:18

08.1 temp_ntc_ds18b20_esp32_sd_gsheet.zip

08. Measuring T with DS18B20 digital T sensor using ESP32.mp4

24:05

09.1 temp_ntc_ds18b20_esp32_sd_gsheet_calibration.zip

09. Calibrating thermistor with DS18B20 sensor and ESP32.mp4

12:24

10.1 temp_ntc_ds18b20_esp32_sd_gsheet_oled.zip

10. Adding display (OLED) to your project.mp4

44:42

11.1 temp_ntc_ds18b20_esp32_sd_gsheet_oled_cooling_rtc.zip

11. Adding the real time and date to your project working with RTC module.mp4

18:00

2. Measuring Temperature with Other Temperature Sensors

1.1 measuring t lm35 uno.zip

1. Using LM35 temperature sensor with Arduino Uno.mp4

07:02

2. Using LM35 temperature sensor with ESP32 (unsuccessful).mp4

08:35

3.1 temp_esp32_ir.zip

3. Measuring T using non-contact IR temperature sensor and ESP32.mp4

06:46

4.1 measuring t thermocouple esp32.zip

4. Using thermocouple MAX6675 temperature sensor with Arduino Uno and E.mp4

04:57

5.1 temp_ntc_ds18b20_dht_esp32_sd_gsheet_oled.zip

5. Measuring Temperature&Humidity using DHT11 and DHT22 with ESP32.mp4

10:29

3. Controlling Temperature using Arduino

1. Heating and cooling methods and modules.mp4

13:30

2.1 temp_ntc_esp32_sd_gsheet_oled_heating.zip

2. Controlling temperature using relay - Make water bath with heating element.mp4

16:20

3.1 temp_ntc_esp32_sd_gsheet_oled_heating.zip

3. Controlling temperature using relay - Make water bath with heating pad.mp4

07:05

4.1 temp_ntc_ds18b20_esp32_sd_gsheet_oled_mosfet_heating_pad.zip

4. Controlling temperature using MOSFET - water bath with heating pad.mp4

11:34

5.1 temp_ntc_esp32_sd_gsheet_oled_heating_2sensors.zip

5. Controlling temperature using MOSFET - more advanced temperature controls.mp4

20:17

6. Making cold water bath (chiller) using off-shelf resources.mp4

09:36

Description

Measure and control temperature with OLED display and datalogging in SD card and Google sheet

What You'll Learn?

Learn different types of temperature sensors and where to use each type.
Measure temperature with Arduino/ESP32, record data in SD card, display on OLED and send to Google sheet.
Learn different methods for heating and cooling using off-shelf low-cost components.
Build complete temperature control system with minimal programming knowledge.
Learn how to utilize available resources (codes from examples and internet) and fit them into your project.

Who is this for?

Students and researchers looking to add temperature measurement or control to the experiments.

Non-engineers looking to utilize available off-shelf heating and cooling modules.

Chemistry, biology, physics, biomedical, medical, pharmaceutical lab students, researchers and staff who need to make DIY equipment

More details

Description
This is the second course in the DIY Lab Equipment with Arduino series. After we learnt the basics in the first course, now we APPLY the knowledge to measure and control the temperature for our experiment setup or project. Temperature is essential in almost any experiment and it is important to record it continuously. This is why we directly employed SD card module to save the records so that we can retrieve them and put them in Excel for example. We also included how to send the data to Google sheet so that online monitoring can be done anywhere. We also added OLED display to show the measurements so that the system can be used easily independent from the computer.
After learning temperature measurement, we moved to explain different ways of heating and cooling. We made a complete setup to measure the temperature and use it to control heating and cooling of water as an example of experiment setup. We employed PWM to precisely control the temperature. Similar setup can be applied in different ways to fit to our experiment. Like other course, we use off-shelf components that are readily available at low cost.
During this course, we practice how to utilize available codes from the internet or library examples and fit them in our project with minimal coding experience. If you have no knowledge about coding and Arduino, it is highly advised to take the first course (DIY Lab Equipment with Arduino-Part 1-The basics).
In the next course we will learn about liquid handling that includes the properties and use of different pumps and how to make your own pump to use it to control liquid transfer.
Who this course is for:
Students and researchers looking to add temperature measurement or control to the experiments.
Non-engineers looking to utilize available off-shelf heating and cooling modules.
Chemistry, biology, physics, biomedical, medical, pharmaceutical lab students, researchers and staff who need to make DIY equipment

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Abd Almonem Doolaanea

Instructor's Courses

My name is Abd Almonem Doolaanea, shortly you may address me as 'Monem'.My interest is to customize lab equipment to fit to my needs. I look for low cost off-the-shelf components. I have build tens of projects with Arduino including lab projects, prototypes like small production lines for microparticles and even used industrial Arduino boards in some actual industry applications. I am not engineer, I am a pharmacist with a PhD degree in pharmaceutical technology and more than 15 years experience in wet lab, pharma industry and education. Therefore, I exactly know what a researcher in a lab needs.I always look into improvements, upgrading skills and entering new areas. I welcome any suggestions and recommendations.

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