Smart IoT Water Level Controller Design


I renamed the project to UVARION ESP32 Water Controller and captured your premium dual-PCB concept as structured design documentation.
Created:
Key recommendation captured: start with a safer low-voltage ESP32 logic board and use isolated connectors/interfaces to the high-voltage board until exact mains-rated parts, contactor coil voltage, sensor types, and enclosure strategy are finalized.

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I’ll use these reference images to refine the documented architecture and PCB feature list, especially the single-board labels, touch/network edition, relay/protection zones, and user-control layout. I’ll update the project files rather than duplicating the long details in chat.
I updated the project requirements using the uploaded reference images and added a new Reference Image Assessment.
I also updated the Project Specification with the image-derived features: touch/network edition labeling, front-panel LEDs, five-key backup UI, relay/protection zones, and clear PCB service markings.
Start schematic design
Choose safe sensors
Add component list
Explain isolation boundary
Design HV board later
No schematic yet

Talk to Flux to get started.