Hello everyone, I’m excited to share my recent project where I integrated Shelly devices to monitor and control my pump system. This setup has been a game-changer for me, and I wanted to walk through my experience in case it can help others looking to do something similar.
The Setup
I have a pump shaft with two pumps controlled by a circuit board that alternates between them. Each pump has its own float switch, and there’s an additional alarm float switch. When the alarm switch is triggered, both pumps activate. My goal was to add an extra layer of monitoring using Shelly devices without altering the existing setup.
Challenges and Solutions
Initially, I wasn’t sure how to detect which float switch was active. After some research, I decided to use a Shelly i3 to monitor the state of each switch. This device allows me to check which circuit is closed (indicating an active float switch) without interfering with the existing system. I set it up in parallel to ensure it doesn’t disrupt the pumps’ operation.
Next, I wanted to monitor the pumps’ power consumption to ensure they’re functioning correctly when activated. I opted for a Shelly Pro 2PM, which provides the necessary measurements without requiring any changes to the wiring. This setup gives me peace of mind knowing that both the float switches and the pumps are working as intended.
Implementation Details
I connected the Shelly devices in parallel to avoid any interference with the existing system. The Shelly i3 monitors the float switches, while the Shelly Pro 2PM handles the power measurements. Both devices are integrated into my home automation system, allowing me to monitor everything from a single interface.
Lessons Learned
- Compatibility is Key: Ensure that the devices you choose are compatible with your existing setup. The Shelly devices worked seamlessly with my system without any modifications.
- Parallel Setup: When adding new monitoring devices, setting them up in parallel ensures they don’t interfere with the existing functionality.
- Automation Enhances Monitoring: Integrating these devices into my home automation system has made monitoring much more efficient. I can now receive alerts and check the status of my pumps from anywhere.
Final Thoughts
This project has been incredibly rewarding. Not only has it improved the reliability of my pump system, but it’s also given me a deeper understanding of how to integrate smart devices into existing setups. If anyone has questions or needs advice on similar projects, feel free to reach out!
Happy tinkering! 