With a little modification, other automation equipment can be controlled.
[OpenHeat] https://github.com/peng-zhihui/OpenHeat
Open source smart heating table
[open source compatible solder] https://oshwhub.com/sndnvaps/opent12-jing-jian-ban_copy
By sndnvaps
[EasyEDA] https://oshwhub.com/createskyblue/opent12-jing-jian-ban
[Core driver circuit reference] https://oshwhub.com/47415Y/gong-cheng
Note: the circuit board is not fully verified
https://www.bilibili.com/video/BV1s64y1v7mY/
- The file system will be formatted at the first startup, which will take some time.
- Use click in the home screen to enter the burst heating mode.
- In the home screen, use double click to call out the PID menu.
- Press and hold in the home screen to open the menu.
- If there are multiple soldering tip configurations, the configuration selection menu will pop up on the home screen when the replacement of soldering tip is detected.
- When adding a new soldering tip configuration, the default parameter is empty. You need to calibrate the temperature and set the parameters yourself.
- Press and hold in the main menu to return to the previous level.
Compatibility with heating systems
- ShenzhenT12
- Hot Bed (Other branches)
- High Frequency Welding Table (Theoretically)
- Hot Air Gun (Theoretically)
Basic function
- Support Utf 8 Input.
- Nulti stage PID control heating, multi terminal ADC / PID sampling period setting.
- Start up temperature, burst temperature and sleep temperature can be set.
- It can sleep and shutdown regularly, and customize the burst mode time.
- It can save tens of millions of groups of soldering tips configuration (10 groups by default).
- Dual sleep modes support: both vibration trigger and magnetic trigger are supported.
- English support
Advanced features
- PMOS and NMOS (default PMOS, because this option is dangerous, the setting needs to be modified on the source program).
- Shortcut key to quickly adjust PID.
- Two sets of PIDs are allowed for each soldering tip.
- Independent ADC / PID sampling period and Kalman filter parameters can be set through the menu.
- 9-stage soldering tip temperature fitting calibration.
- Temperature self calibration circuit (not implemented).
- Custom display effects: brightness, flip plane, transition animation, display style, list mode.
- Personalized Customization: prompt tone, encoder rotation direction, handle trigger mode, system language (only simplified Chinese is supported temporarily).
- Security settings: Customize startup password, undervoltage alarm, forced shutdown prompt and warning.
- Bluetooth remote command line control.
- Voice control (not implemented).
- Custom boot logo (not implemented).
At present, the final hardware has not been designed. If you want to use your own hardware, you can refer to the following table.
Screen pin definition (default SPI)
| I2C | PIN | SPI | PIN |
|---|---|---|---|
| Screen SCL | 22 | Screen SCK | 18 |
| Screen SDA | 21 | Screen MOSI | 23 |
| Screen DC | 13 | ||
| Screen RST | 15 | ||
| Screen CS | GND (There will be changes in the future) |
Other pins
| NANE | PIN |
|---|---|
| LED | 2 (Future) |
| Beep | 25 |
| Encoder A | 14 |
| Encoder B | 12 |
| Encoder key | 33 |
| Tip ADC | 39 |
| Thermal sensitivity ADC | 34 |
| Voltage ADC | 35 |
| Current ADC | 32 |
| PWM1 | 26 |
| PWM2 | 27 (Future) |
| Vibration switch | 4 |
| Dry reed pipe | 19 |
Refer to the use of platformIO.
👇Home Screen
