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https://github.com/rrguardo/wifi-smart-water-pump-controller-s1
Smart water pump controller opensource.
https://github.com/rrguardo/wifi-smart-water-pump-controller-s1
open-hardware-electronics openhardware smart-home smart-home-automation water-pump
Last synced: 10 days ago
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Smart water pump controller opensource.
- Host: GitHub
- URL: https://github.com/rrguardo/wifi-smart-water-pump-controller-s1
- Owner: rrguardo
- License: gpl-3.0
- Created: 2024-09-24T17:57:20.000Z (4 months ago)
- Default Branch: main
- Last Pushed: 2025-01-08T19:07:39.000Z (12 days ago)
- Last Synced: 2025-01-08T19:45:43.161Z (12 days ago)
- Topics: open-hardware-electronics, openhardware, smart-home, smart-home-automation, water-pump
- Language: G-code
- Homepage: https://waterlevel.pro/products/WiFi-Smart-Water-Pump-Controller-S1
- Size: 76.7 MB
- Stars: 0
- Watchers: 1
- Forks: 1
- Open Issues: 0
-
Metadata Files:
- Readme: README.md
- Funding: .github/FUNDING.yml
- License: LICENSE
Awesome Lists containing this project
README
# WiFi Smart Water Pump Controller S1
## Introduction
The [WiFi Smart Water Pump Controller S1](https://waterlevel.pro/products/WiFi-Smart-Water-Pump-Controller-S1) is an innovative device
engineered to provide seamless control of water pumps through WiFi connectivity.
Designed to integrate effortlessly with the [WiFi Water Level S1](https://github.com/rrguardo/WiFi-Water-Level-S1), this controller
offers a comprehensive solution for managing water levels and automating pump operations.
Whether for residential, agricultural, or industrial applications, it enables efficient and remote
management of water systems.
The system is cloud-connected, requiring an internet connection,
and is designed for reliable, continuous operation. For more details,
refer to the [full features page](https://waterlevel.pro/products/WiFi-Smart-Water-Pump-Controller-S1).
The project is open source and open hardware, licensed under GPLv3. All hardware, software, and
3D printable components were designed from scratch by me, **Raul Rodriguez Guardo**, and are released
under the GPLv3 license, allowing for free use and modification.
---
## Hardware part at OSHWLab
[WiFi Smart Water Pump Controller S1](https://oshwlab.com/rrguardo83/automatic-water-pump-for-s1)
### Where buy the PCB board?
[At OSHWLab project, opening the EasyEDA](https://oshwlab.com/rrguardo83/automatic-water-pump-for-s1)
editor can in few click buy the entire board with all the PCB components including the components assembly,
directly from **JLCPCB** and **LCSC** services.
### PCB Component Roles Diagram
---
## Microcontroller Software
[ArduinoIDE INO File](MicrocontrollerCode.ino)
This devide use ESP32-C3 microcontroller can use Arduino IDE to flash/upload microcontroller code, using **ESP32C3 Dev Module** as board.
[Download Latest Firmware Builds Here](SmartPumpControllerS1/firmwares/)
---
## FreeCad 3D printable case components
[3D printable case components](3dcase)
For more details about important 3d printing recommendations
[read this tips](3dcase/3DPrintReadme.md).
---
### No 3D Printer? No Problem! Easily Print Parts Using Online 3D Printing Service
| **3D Print Provider** | **Recommended Materials for Outdoors** | **Approximate Price** | **Print Quality** | **Delivery Options** | **Comments** |
|--------------------------|-------------------------------------------------------|------------------------------|----------------------------------|-------------------------------|-----------------------------------------------------------|
| **JLCPCB (JLC3DP)** | Nylon (PA12) | Low to Medium | High for resin and MJF | International, economical | Great value for money, lacks PETG or ASA options |
| **Shapeways** | Nylon, Stainless Steel, Aluminum | Medium to High | Very high, detailed | International, fast | Ideal for high-detail projects and outdoor durable parts |
| **Sculpteo** | Nylon (PA12), Aluminum, Carbon-Reinforced Nylon | Medium | High | International, fast options | Wide range of materials, good for durable prototypes |
| **3D Hubs** | PETG, ABS, Nylon, Carbon Fiber-Reinforced Materials | Medium | High, varies by local provider | International, varies | Global network, quality and delivery times vary by provider|
| **Craftcloud** | PETG, Nylon, ASA, Carbon Fiber-Reinforced Materials | Medium | High, varies by provider | International, varies | Service aggregator, good price comparison across providers |
| **Materialise** | Nylon (PA12), Carbon-Reinforced Nylon, Metals | High | Very high, industrial focus | International, fast | Focus on industrial and professional applications |
| **Xometry** | Nylon, ABS, PETG, Aluminum, Carbon-Reinforced Nylon | Medium to High | Very high, professional focus | International, fast | Ideal for custom manufacturing and durable industrial parts|
Choose durable materials like **PETG**, and set **infill at 60%** or higher for added strength. Just upload the 3D files and get everything printed and shipped to you!
---
## User Installation And Usage Manual
The [installation manual](https://waterlevel.pro/manuals/WiFi-Smart-Water-Pump-Controller-S1) provides
detailed instructions on setting up the **WiFi Smart Water Pump Controller S1**.
Be sure to [read all instructions](https://waterlevel.pro/manuals/WiFi-Smart-Water-Pump-Controller-S1)
carefully before proceeding with the installation to ensure proper
setup and functionality.
[WiFi Smart Water Pump Controller S1 , User Manual](https://waterlevel.pro/manuals/WiFi-Smart-Water-Pump-Controller-S1)
---
## What parts are opensource?
* All the hardware part
* Electronics part: PCB, schematic.
* Printable 3D Case
* Firmware software
The server side implementation at https://waterlevel.pro/ (cloud services) that use the device are not
included in this project or git repo and are not opensource.
---
## Disclaimer
This open-source electronics project is provided **"as is."** No warranties of any kind,
either express or implied, including but not limited to implied warranties of
merchantability or fitness for a particular purpose, are made. Use this project at
your own risk. We are not responsible for any damage, loss, or inconvenience that
may arise from the use of this project.
---
Designed in the Dominican Republic 2024-2025
---