LDO Toolhead PCB for Stealthburner/Afterburner

Are you in Australia and looking to purchase an LDO Toolhead PCB? This PCB is designed to work with the LDO breakout board and Toolhead Cable. It's based on hartk's toolhead PCB design, with a key function of combining all toolhead signals and wires, like thermistors, fans, and the hotend, into one cable. Compared to the original hartk design, our LDO PCB has some minor differences. The hotend cartridge connector uses a screw terminal instead of a microfit 3 connector, and the onboard thermistors are NTC10K. Besides these, our PCB has the same shape and mounting hole positions as the original, and its 14 - pin microfit pinout is 100% compatible. Here's a quick look at each port on the toolhead PCB: The HEF port is for the hotend fan, using a JST - XH - 2P connector and only compatible with 24V fans. The PCF port for the part cooling fan also uses a JST - XH - 2P connector and is for 24V fans. The HE0 port with a screw terminal is for the hotend heater cartridge. The TH0 port is for the hotend thermistor with a JST - XH - 2P connector. The XES port is the X endstop port, used only in Switchwire builds. The PROBE port accepts 24V inductive probes and is also compatible with klicky probes. The E - STEP port is for the extruder stepper motor. Browse all LDO products and Voron parts and accessories.

Using this LDO Toolhead PCB is easy. First, make sure to connect it with the LDO breakout board and Toolhead Cable. When connecting the components, pay attention to the port descriptions. For example, only use 24V fans for the hotend and part - cooling fan ports. When connecting the hotend heater cartridge, use the screw - terminal port. In Switchwire builds, you can use the X endstop port, but it's not needed for V2 and Trident. For the probe, you can use 24V inductive probes or klicky probes. As for maintenance, keep the PCB clean and dry. Check the connections regularly to make sure they are secure. If you notice any damage to the PCB or connectors, replace them promptly.