I want to get it up and running without an external board. I also got the two lasers (3pin and 4pin - Version). 10mm dans le dessin doivent produire 10mm dans la vrai vie.ĭonc 80 steps/mm à configurer via les commandes $100=80 et $101=80 La solution est d'agrandir les trous de vis pour les roues. Le module doit être bien callé dans le fond de son support et bien vertical.Ĭ'est pas résolu, ça m'énerve, j'vais pas en dormir.
Le circuit semble être dessiné pour se placer à la ligne plus bas. Les spacers en nilon sans dans la boite, ils doivent être installé.
Used for motion planning to not exceed motor torque and lose steps." "122","Z-axis acceleration","mm/sec^2","Z-axis acceleration.
"121","Y-axis acceleration","mm/sec^2","Y-axis acceleration. "120","X-axis acceleration","mm/sec^2","X-axis acceleration. Consecutive G1/2/3 commands will not halt when spindle speed is changed." "32","Laser-mode enable","boolean","Enables laser mode. So my question is simply, "what about unsolder 2pin connector and solder 3pin connect instead?" Right? And the power supply connector is a bit loose, it doesn't match the size of the power supply (2.5mm vs 2.1mm probably, tssss)īut have 2 place to connect laser, depending of the laser power.
This PWM TO TTL laser module is design for EleksMaker series machine and its controller board.īut it can also be used for other DIY machine which need to change TTL modulation. It's same same as the first (I was thinking)īut with Eleksmaker, it's a 3pin cable for the same module but like this. Hopefully, I bought earlier another laser module as safety parts.Īnd because it's never easy and never work on the first attempt, connectors don't fit. The machine is arrived, it's mounted but the laser module is lost somewhere.
I order a second minilaser diode for fabmob but I was not please with the first one and I order the same used by bemaker this time.