SmartChamber-3D
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  • English
  • 简体中文
Home
Donate
Get a Free Activation Code
  • English
  • 简体中文
  • Introduction
  • Quick Start
  • Hardware

    • Source Files
    • PCB Fabrication
    • Bill of Materials (BOM)
    • Soldering Assistant

      • Main Control Board
      • Heater Board
    • Assembly Instructions
    • Hardware Design Concepts and Principles
    • Hardware wiring diagram
  • Software

    • Function Description
    • Control Logic and Functional Details
    • Firmware Download
    • Firmware Flashing
    • Firmware activation
  • 3D printed parts

    • Introduction
    • Bill of Materials (BOM)
    • Main Frame Installation
    • Modules

      • Module – Source Files
      • Module – Main Controller
      • Module – Exhaust Fan
      • Module – Power Input
      • Module – Drawer
      • Module – Pegboard
      • Module – Blank
      • Module - LOGO
  • FAQ
  • DONATE

Function Description

Main Screen

The main screen is used for daily operation. Typically you only need to switch materials here and check chamber temperature and system status.

  • Current chamber temperature and target temperature: used to confirm whether the material requirements are met.
  • Material profile: after switching, the system automatically loads the profile parameters.
  • Fan and heater status: used to confirm the system is working.
  • Working button: puts the system into a ready state and starts monitoring printer activity.

Settings Page

  1. System Language: Switch the system language. Currently supports Chinese and English.
  2. Beep on Keypress: Enable or disable keypress sound.
  3. Screen Brightness: Adjust screen brightness.
  4. Screen Off Timeout: Set the number of seconds before the screen turns off. This only turns off the display and does not affect system operation.
  5. Keep Screen On During Printing: Keep the screen always on while the 3D printer is operating (no screen sleep).
  6. EC11 Encoder Direction: Select the rotation direction of the EC11 encoder. Choose Normal or Reverse according to your encoder model.
  7. PIR Trigger Delay: The system uses the PIR motion sensor to detect printer activity. If motion is continuously detected for n seconds, chamber temperature control will be activated.
  8. PIR Off Delay: If no motion is detected by the PIR sensor for n seconds, the system assumes the printer has stopped and disables chamber temperature control.
  9. Light On After PIR Detection: Automatically turn on the LED lighting when printer activity is detected.
  10. Light Off After PIR Timeout: Automatically turn off the LED lighting when the printer is detected as stopped.
  11. Beep on PIR Detection: Audible beep when printer activity is detected.
  12. Beep on PIR Timeout: Audible beep when the printer is detected as stopped.
  13. Heater Current Limit: Set the maximum operating current of the heater plate.
  14. Fan Speed for Heater: Set the operating speed of the heater fan.
  15. Heater Temperature Limit: Set the maximum heater plate temperature. Heating will be paused when this limit is exceeded.
  16. Touchscreen Calibration: Calibrate the touchscreen.
  17. Restore Factory Defaults: Clear all user-defined parameters and data. The registration code will not be erased.

Usage Workflow

  1. Whenever you change printing material, select the corresponding material profile on the main screen.
  2. Tap Working on the screen to put the system into ready state.
  3. Start a print job on your 3D printer. The system will automatically detect printer activity via the PIR sensor. Once printing is detected, SmartChamber-3D will start operating and perform automatic chamber temperature control.
  4. After printing is completed, no manual operation is required. The system will automatically enter standby mode and wait for the next print job.
  5. In most cases, you do not need to interact with the system unless you change printing materials.

Parameters and Safety Tips

  • For first-time use, start with lower heating power, then increase after confirming temperature stability.
  • Heater plate temperature protection must be enabled to avoid over-temperature risks.
  • 4-wire fans are recommended with PWM control for more stable airflow.
Last Updated: 3/15/26, 4:00 AM
Contributors: physton
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Control Logic and Functional Details
Developed by Phyton.com
CC BY-NC-SA 4.0 — Free to use, modify, and share for non-commercial purposes with attribution and same license.