How to Connect a Display and Stepper Motor to MKS-DLC32

#MKS #DLC32 #laserengraving #DIYProjects #laserengraver
In this video, we explore the MKS-DLC32 control board and demonstrate how to connect a display and a stepper motor to it. By following our step-by-step instructions, you'll gain the knowledge to enhance your DIY projects and unleash the full potential of this powerful board. Join us as we guide you through the process, empowering you to take your electronics skills to the next level. Don't miss out on this informative tutorial!

[@MKS_Design]

Any idea on how to use this board along with VFD /1.5 kw spindle . Thanks

[@UnlimitedIdeas3dprinting]

Thank you for your comment! While I don't have direct experience with a spindle as powerful as 1.5 kW, I can offer some general guidance. The MKS DLC32 board should be able to handle a spindle of that size. Typically, machines with such powerful spindles have an external stepper motor driver to control the spindle. You may consider replacing the existing control board with the MKS DLC32, ensuring compatibility with the external stepper motor driver. However, it's crucial to consult the documentation of both the MKS DLC32 board and your spindle to ensure proper integration. If possible, reaching out to the manufacturers or online forums specializing in CNC machines might provide more specific insights from users with similar setups. Best of luck with your project!

[@minravex9919]

I just bought doc32 v2.1....I don't know how to configure my machine size...pls can you help

[@UnlimitedIdeas3dprinting]

To update the machine size on your MKS DLC32 board for your laser engraver while considering limit switches, follow these steps: Open the 'dlc_cfg.txt' file. Locate the parameters for X-axis ($130) and Y-axis ($131) maximum travel. Set these values to your desired size, e.g., $130=300.000 and $131=300.000. Ensure your limit switch positions are also adjusted to match the new machine size. Save the 'dlc_cfg.txt' file. Copy the updated file to the root directory of an SD card. Insert the SD card into the MKS DLC32 board. Alternatively, you can also update these values using laserGRBL or the firmware webpage interface, while verifying limit switch settings. Always consider your limit switch positions to prevent any potential collisions and ensure safe engraving. After updating, your laser engraver should reflect the new machine size. Remember to double-check your values and limit switch configurations for accuracy.

[@minravex9919]

@@UnlimitedIdeas3dprinting thanks....I will try and come back with feedback...

[@minravex9919]

@@UnlimitedIdeas3dprinting for example, $ 130=300.000 Where's the 300.000 measured from...is it from the center of the axis ( I mean , if my overall x-axis work area is 1000mm, the $130=500.000, and the limit switch should be placed in such a way that at this 500.000....the physical part of the moving x-axis should activate the switch) this what I understand by your reply....please correct me if my understanding is wrong...thanks

[@UnlimitedIdeas3dprinting]

Based on what I know, Your understanding is correct! The value you set for parameters like $130 or $131 in the configuration file corresponds to the maximum travel distance of the axis. This value is typically measured from the origin (usually one end of the axis) to the point where the axis should stop moving. In your example, if your overall X-axis work area is 1000mm, setting $130=500.000 would mean that the X-axis will travel up to 500mm from its origin point. This aligns with your interpretation. The limit switch should indeed be placed in such a way that when the physical part of the moving X-axis reaches the position of 500mm, it activates the switch, signaling the controller to stop further movement in that direction. Always ensure that your limit switch placements match the values you set in the configuration file to prevent collisions and ensure safe operation.

[@minravex9919]

@@UnlimitedIdeas3dprinting thanks.....feedback later

[@AbdullahKhan-cu5no]

Which type of supply you have used for the mks dlc. Please can you tell me about that

[@UnlimitedIdeas3dprinting]

In this video, for my testing, I used a 12V 3A power supply. However, for regular usage, I require a 12V 30A power supply, which is overkill. I need to mention that I am using this power supply to light two 20W lamps. ;)

[@shaneschuller2513]

Hi can i use this to upgrade my desktop laser to standalone? Is it a gbrl ready board? Thank you

[@UnlimitedIdeas3dprinting]

The MKS-DLC32 is an offline engraving master control kit developed for desktop engraving machines. The hardware is equipped with a 32-bit high-speed ESP32 module, integrated WIFI function, and it is supporting GRBL, usually board is coming with CNC firmware you need to update it

[@UnlimitedIdeas3dprinting]

the MKS DLC32 is capable of running standalone. You can copy GRBL files to the microSD card for engraving.

[@roberthosking7524]

Do I need the display to test this or can I control it with a laptop?

[@UnlimitedIdeas3dprinting]

If you are using makerbase FIRMWARE you need to have the display but if you install FIRMWARE you dont need to have the display ;)

[@roberthosking7524]

@@UnlimitedIdeas3dprinting I installed Open Builds Control software and it immediately recognized the card and allowed me to control it with my laptop. I never hooked up a dosplay to the board.

[@UPXMail]

problem wirh talking?