Summary of PC CONTROLLED FLOWER WATERING CIRCUIT WITH ATMEGA8
This article describes a PC-controlled flower watering circuit using an ATmega8 microcontroller. It features RS232 communication for data exchange, programmable time intervals for six small pumps, and soil moisture measurement capabilities. The system automates irrigation based on user-defined schedules or sensor data, reducing manual maintenance while requiring some technical expertise to implement.
Parts used in the PC Controlled Flower Watering Circuit:
- ATmega8 microcontroller
- RS232 com port
- 6 small pumps
- Clock module
- Switches
- Soil moisture sensor
As far as I understand an interesting project information via computer is determined irrigation irrigation is done in the required time data exchange via RS232 com port has made the source code and diagrams…Electronics Projects, PC Controlled Flower Watering Circuit with ATmega8 “atmega8 projects, avr project, microcontroller projects, “
As far as I understand an interesting project information via computer is determined irrigation irrigation is done in the required time data exchange via RS232 com port has made the source code and diagrams that can be easily applied, but not a project requires some expertise
FLOWER WATERING TEST
Flowers cast? No buck! That done long for me this little device. From time to time, I must just replenish the bucket and from time to adjust the Giessintervalle. The box includes a clock and switches 6 small pumps in programmable time intervals. You can also the moisture in the potting soil measured. But I do not remember after I twice my shack under the water did.
source : https://320volt.com/en/atmega8-ile-bilgisayar-baglantili-cicek-sulama-devresi/ Computer Controlled Flower Watering Circuit with ATmega8 schematic source code alternative link pc-controlled-flower-watering-circuit-with-atmega8.rar alternative link2alternative link3
Alternative File Download LINK list (in TXT format): LINKS-4257.zip
- How is irrigation controlled in this project?
Irrigation is done at required times determined via computer. - What interface is used for data exchange?
Data exchange is performed via the RS232 com port. - Can the system measure soil conditions?
Yes, the box includes the ability to measure moisture in the potting soil. - How many pumps does the device control?
The device switches 6 small pumps. - Are the pump intervals adjustable?
Yes, the pumps operate in programmable time intervals. - Does the circuit require specific skills to build?
Yes, the project requires some expertise to apply. - What happens if the water supply runs out?
The author notes that they must replenish the bucket from time to time. - Is source code available for this project?
Yes, source code and diagrams are provided for easy application.
