Makerbase MKS DLC32 MAX CNC Router Board User Manual

1. Bubuka

The Makerbase MKS DLC32 MAX is a high-performance, highly expandable, and intelligently controlled engraving solution designed for both CNC routing and laser engraving applications. Powered by the ESP32-S3 series chip, this mainboard supports up to 60W laser power and engraving speeds of up to 30,000mm/min. It is compatible with TMC2209 ultra-quiet drivers and TB67S109 high-current driver modules, allowing for robust expandability and seamless connection to external servo motors and spindles. The MKS DLC32 MAX integrates intelligent safety features such as lid protection and flame detection, ensuring a secure creative experience. It supports multiple control methods including web-based control, mobile app remote control, and a convenient touchscreen operation, eliminating the need for constant computer connections.

2. Émbaran Kasalametan

Please read and understand all safety instructions before operating the MKS DLC32 MAX board. Failure to follow these instructions may result in injury, damage to the product, or property damage.

• Always ensure the power supply is disconnected before making any electrical connections or disconnections.
• Operate the board in a well-ventilated area.
• Be aware of moving parts in CNC machines and laser emissions during engraving. Always use appropriate personal protective equipment (PPE), such as laser safety glasses.
• Ulah kakeunaan papan kana kalembaban atanapi suhu anu ekstrim.
• Ensure proper grounding for all connected components.
• The board includes features like lid protection and flame detection. Ensure these are properly configured and utilized for enhanced safety.

3. Eusi Paket

Pastikeun yén sadaya item aya dina pakét anjeun:

• MKS DLC32 MAX CNC Router Board
• Stepper Motor Drivers (e.g., TMC2209, quantity may vary by package)
• Heatsinks for Stepper Motor Drivers
• Kabel USB
• Optional: 3.5-inch Capacitive Touchscreen (depending on selected package)

4. Setélan

4.1 Physical Installation and Connections

Refer to the mainboard interfaces diagram below for proper connection points.

1. Input kakuatan: Connect a 12V-24V DC power supply (minimum 10A recommended) to the 'DC Power Input Port (12V-24V)' terminal. Ensure correct polarity.
2. Driver Modules: Insert the stepper motor drivers (e.g., TMC2209) into the 'Driver Module Interface' slots (X, Y, Z, A). Ensure the orientation is correct to prevent damage. Attach heatsinks to the drivers.
3. Motor Stepper: Connect your X, Y, Z, and A-axis stepper motors to their respective 'X-Axis Drive', 'Y-Axis Drive', 'Z-Axis Drive', and 'A-Axis Drive' ports.
4. Eureun tungtung: Connect your limit switches to the 'X-Axis Endstop', 'Y-Axis Endstop', and 'Z-Axis Endstop' ports.
5. Laser/Spindle: For laser engraving, connect your laser module to the 'Laser Output' port (Maximum Support 50W or 20W depending on specific port). For CNC milling, connect your spindle to the 'Spindle Output' port.
6. External Driver Interface: If using external high-current drivers, connect them to the designated 'External Driver Interface' ports.
7. Bantuan Udara: Connect your air assist system to the 'Air Assist' port if applicable.
8. Antarmuka Probe: Connect your probe to the 'Probe Interface' for auto-leveling or other probing functions.
9. Fitur kaamanan: Connect flame detection sensors to the 'Flame Detection Interface' and safety door switches to the 'Safety Door Interface'.
10. Stopan Darurat: Connect an emergency stop button to the 'Reset/Emergency Stop' interface.
11. tampilan: If using the 3.5-inch touchscreen, connect it to the 'Serial Screen Interface'.
12. USB PC: Connect the board to your computer using the provided USB cable for initial setup or direct control.
13. Slot Kartu TF: Insert a TF card with G-code files for offline engraving.

4.2 Driver Current and Microstep Settings

Properly setting the driver current and microsteps is crucial for motor performance and accuracy. Refer to the diagram below for common driver types.

Pituduh Umum:

• Saklar DIP: The DIP switches in the driver slots are used to set microstepping. 'OFF' typically means the switch is flipped downward (towards the numbered side), and 'ON' means flipped upward.
• Penyesuaian ayeuna: Use a multimeter to measure the Vref voltage on the driver. The default current is usually 1A.
• A4988: Default Current: 1A, Maximum Current: 2A. Calculation Formula: I = Vref / 0.8.
• TMC2209: Default Current: 1A, Maximum Current: 2.5A.
• TB67S109: Default Current: 1.66A, Maximum Current: 3.32A. Calculation Formula: I = Vref * 2.

Adjust the Vref potentiometer on each driver to achieve the desired current for your stepper motors. Consult your motor's datasheet for optimal current settings.

4.3 Konfigurasi Parangkat Lunak

The MKS DLC32 MAX supports various control methods:

• Web-based Control: Connect the board to your local network via Wi-Fi. Access the control interface through a web browser dina PC Anjeun.
• Mobile Remote Control: Download the dedicated mobile application (if available) to control the board from your smartphone or tablet.
• Operasi layar rampa: If you have the 3.5-inch capacitive touchscreen, you can operate the machine directly from the display interface.
• Ukiran Offline: Load G-code files onto a TF card and insert it into the board for standalone operation without a connected computer.

5. Parentah Operasi

Once the physical and software setup is complete, you can begin operating your CNC or laser engraving machine.

• Daya Hurung: Connect the power supply to the board. The status indicator lights should illuminate.
• Connect to Control Interface: Depending on your preferred method, connect via web browser, mobile app, or use the touchscreen.
• Load G-code: Load your desired G-code file for engraving or cutting. If using offline engraving, ensure the file is on the TF card.
• Set Origin/Home: Manually or automatically home your machine axes and set the work origin (G92 or G10 L20 P0 X0 Y0 Z0).
• CNC/Laser Mode Switching: The MKS DLC32 MAX supports one-button switching between CNC and laser modes. Ensure the correct mode is selected for your task.
• Mimitian Operasi: Initiate the engraving or cutting process from your chosen control interface.
• Ngawaskeun: Continuously monitor the machine's operation. Be prepared to use the emergency stop if any issues arise.
• Stopan Darurat: In case of any malfunction or emergency, immediately press the connected emergency stop button to halt all machine operations.

6. Pangropéa

Regular maintenance helps ensure the longevity and optimal performance of your MKS DLC32 MAX board.

• beberesih: Periodically clean the board and its components to remove dust and debris. Use a soft brush or compressed air. Ensure power is disconnected before cleaning.
• Dissipation panas: The board features a dual-fan enclosure design for efficient cooling. Ensure the fans are free from obstructions and functioning correctly.

• Pembaruan firmware: Pariksa produsén urang website for any available firmware updates. Updating firmware can improve performance, add features, or fix bugs. Follow the provided instructions carefully when performing updates.
• Cék sambungan: Regularly inspect all wiring and connections for looseness or damage.

7. Cara ngungkulan

If you encounter issues with your MKS DLC32 MAX board, consider the following common troubleshooting steps:

• Henteu aya kakuatan: Check the power supply connection and ensure it provides the correct voltage (12V-24V) and sufficient current (10A minimum). Verify the power fuse if applicable.
• Motor Teu Obah:
  • Ensure stepper motor drivers are correctly inserted and heatsinks are attached.
  • Verify driver current settings (Vref) are appropriate for your motors.
  • Check microstep DIP switch settings.
  • Confirm motor wiring is correct and secure.
• Connection Issues (Wi-Fi/USB):
  • For Wi-Fi, ensure the board is within range of your router and connected to the correct network.
  • For USB, ensure the correct drivers are installed on your PC. Try a different USB port or cable.
• Inaccurate Movement/Engraving:
  • Recheck microstep settings for all axes.
  • Verify steps per millimeter (or equivalent) settings in your control software.
  • Ensure mechanical components of your machine (belts, lead screws) are tight and free of play.
• Laser Not Firing/Spindle Not Spinning:
  • Check connections to the laser module or spindle.
  • Verify power supply to the laser/spindle (if external).
  • Ensure the correct mode (laser/CNC) is selected and G-code commands are appropriate.
• Kasalahan umum: If the board behaves unexpectedly, try restarting it. If problems persist, consider reflashing the firmware.

7.1 Tips pamaké

• CNC Functionality: Yes, the MKS DLC32 MAX is fully capable of functioning as a CNC control board, supporting 4-axis control.
• Rojongan Komunitas: For advanced issues or specific configurations, consult online forums and communities dedicated to Makerbase products or ESP32-based CNC controllers.

8. Spésifikasi

Below are the key specifications for the MKS DLC32 MAX mainboard:

8.1 Motherboard Dimensions

The dimensions of the MKS DLC32 MAX board are approximately 100mm x 70mm.

9. Garansi jeung Rojongan

For technical support, troubleshooting assistance, or warranty inquiries, please contact the manufacturer or your point of purchase. Keep your purchase receipt as proof of purchase.