MKS DLC32 motherboard kit, which 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 directly drives a 3.5-inch touch color screen; it can realize fast engraving and WEB web pages. Control, mobile phone APP control and other functions.
Hello, I would like to replace the original motherboard of my 210W diode laser (48W optical) with an MKS LS ESP32 PRO. (Atomstack has a closed firmware, and the WiFi is locked in AP mode, and I can't find a solution...)
I see that the TTL is max 50W and the max power input is 24V - 10A (My power supply is 24V 9A).
The original connection seems to use a single wire on the + TTL, and then the laser module is powered via 2x24V port. (permanently powered)
My question is:
Can I use the same connections on this board? Or are the 24V ports also limited to 50W?
I could maybe power the laser module directly from the power supply? But I'm not sure what kind of protection to use, a MOSFET?
Hello, I would like to replace the original motherboard of my 210W diode laser (48W optical) with an MKS LS ESP32 PRO. (Atomstack has a closed firmware, and the WiFi is locked in AP mode, and I can't find a solution...)
I see that the TTL is max 50W and the max power input is 24V - 10A (My power supply is 24V 9A).
The original connection seems to use a single wire on the + TTL, and then the laser module is powered via 2x24V port. (permanently powered)
My question is: Can I use the same connections on this board? Or are the 24V ports also limited to 50W? I could maybe power the laser module directly from the power supply? But I'm not sure what kind of protection to use, a MOSFET?
Thank you.