You can operate it without the touchplate, but then you need to manually home Z every time, and it’s really difficult to do so when you change tools with EstlCAM. I don’t think there’s a reason that the dual endstop firmware wouldn’t work with series wiring. Added advantage is that it can tolerate 24V power, whereas the sandwich version can only take 12V because of the polyfuses, but that’s not really relevant for most of this. Yes, the MKS Gen L v1.0 is effectively an Arduino Mega 2560 with a RAMPS 1.4, all on one board. I am using the dual endstop wiring, that is each motor is wired to its own driver. I am using that exact board for my MPCNC Primo. I would also like to have the China Spindle PWM controlled… but after 1h of Google, including this Forum I think I should maybe just not do this, at least not for now, seems rather complicated. I would like to use the RepRap Display, which works tested with the Firmware, can I later just copy the machine instructions onto an SD Card, home my Axis and start the program from the Display? Then I need 2 Switches for each Axis as min/max Endstop? Can I not use the Z Touchplate thing, and set my Z- height manually to zero?ĭid I understand this correctly? Im also not sure if the Dual Endstops still need to be activated or so, havent found that in the code, maybe Im blind? The 4 Motors for X and Y are still in parallel, so 1 Stepper Driver for 2 Motors, right? I flashed the Firmware from here, tho I cant find the link anymore, it said “Community tested” or so and its 2.0.7.2. Now this time around I would like to implement Dual Endstops onto the machine, and I figured that there should be no difference between using a RAMBO Board and my MKS GEN L which I have laying around from an old printer. Im back at it again, building the Primo as we speak
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