Summary of Datalogger With Temperature Sensor and Photoresistor
This project guides users in building a simple Arduino Datalogger using an Ethernet shield to store sensor data on a micro SD card. It utilizes a photoresistor and an LM335Z temperature sensor to collect environmental readings. The guide includes required parts, schematics, code upload instructions, and a video demonstration for further clarification.
Parts used in the Arduino Datalogger:
- Arduino Uno
- Ethernet Shield
- Micro SD Card
- Temperature Sensor (LM335Z)
- Photoresistor
- 1k ohm Resistor
- 4700 ohm Resistor
- Breadboard (or two)
- Jumper Cables
In this project I’m going to create a simple Datalogger with my Arduino and an Ethernet shield.
I’ll be using a photoresistor and a temperature sensor and all the information will be stored in a micro SD card.
The idea is that you can apply this to any sensor you desire!
Watch the Video below:
Step 1: Parts Required
- 1x Arduino Uno
- 1x Ethernet Shield
- 1x Micro SD Card
- 1x Temperature Sensor (I’m using the LM335Z)
- 1x Photoresistor
- 1x 1k ohm Resistor
- 1x 4700 ohm Resistor
- 1x Breadboard (or two)
- Jumper Cables
Step 2: Schematics
Simply follow the schematics.
Step 3: Upload This Arduino Code
Step 4: Final Step…
It’s done, now you can modify my code and monitor any sensor you want!
If you didn’t watch the youtube video yet, make sure you watch now.
Not only to see the video demonstration, but you can also find more information that might help you finish this Instructable.
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Source: Arduino – Datalogger With Temperature Sensor and Photoresistor
- What components are required for this project?
You need an Arduino Uno, Ethernet Shield, Micro SD Card, LM335Z temperature sensor, photoresistor, 1k ohm resistor, 4700 ohm resistor, breadboard, and jumper cables. - How is the data stored in this project?
All information collected by the sensors is stored on a micro SD card. - Can I use different sensors with this setup?
Yes, the article states you can apply this concept to any sensor you desire and modify the code accordingly. - Does the project include a video demonstration?
Yes, a YouTube video is provided to show the demonstration and offer additional helpful information. - Where can I find the schematics for wiring?
The article instructs users to simply follow the provided schematics for connections. - What specific temperature sensor is used in the example?
The project uses the LM335Z as the temperature sensor. - How do I get the code running on the Arduino?
You must upload the provided Arduino code to the board as described in Step 3. - Is there support available if I encounter problems?
Yes, you can leave a comment below the article for assistance from the author.
