Indoor Plant Watering

With no limit on number of plants and unique care parameters for each plant, this will ensure your plants are always well hydrated

Jan 14, 2022

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Components and supplies

1

Analog Digital Multiplexer - CD74HC4067

1

shift register - SN74HC595N

1

Arduino UNO

1

5 mm LED: Red

1

water level sensor

1

Resistor 100 ohm

1

5 mm LED: Green

1

4 channel relay

Tools and machines

1

Soldering iron (generic)

Project description

Code

Magic Code

README on git hub has instructions how to compile the project and any specific software issues/work arounds. It has the following additional info: 1. How to add a new plant 2. How to change the code if you decide to use a ACTIVE_HIGH relay 3. How to change the code if you decide to use a different type of moisture sensor.

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Latest commit to the master branch on Invalid date

Magic Code

README on git hub has instructions how to compile the project and any specific software issues/work arounds. It has the following additional info: 1. How to add a new plant 2. How to change the code if you decide to use a ACTIVE_HIGH relay 3. How to change the code if you decide to use a different type of moisture sensor.

/

0
0
Latest commit to the master branch on Invalid date

Downloadable files

Connections schematic

Connect all the components based on the schematic with is accurate to pin numbers as per the code. The final connection from the relays to the water pump is not shown. I could not find a water level sensor in the library, re-used a moisture senor just for representation.

Connections schematic

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