Yes, just make sure that the nozzle temperature you use while probing isn't too high for the surface. I normally probe at 190C which is high enough to soften PETG and get reproducible probing results.
The revision 1 and 2 PCBs have provision for using a Microfit 3.0 connector in place of the terminal block. We do not supply it. The connector is the same as the one already used for the hotend fan and temperature sensor connectors. I think it is this one: https://uk.rs-online.com/web/p/pcb-heade.... The forthcoming revision 3 PCB does not have provision for an alternative header connector.
Yes, it’s better to probe with bed and ht end at operating temperature, assuming that the bed surface can tolerate being probed by the hot end at full temperature.
Thanks for.pointing this out. I have corrected it.
Yes they do. But moving both axes towards their endstops simultaneously to start with shortens the homing process.
Please open a thread on the forum and post your config.g file there.
Thanks Tim, I have updated the link.
Thanks, now corrected.
Yes, just make sure that the nozzle temperature you use while probing isn't too high for the surface. I normally probe at 190C which is high enough to soften PETG and get reproducible probing results.
Thanks for pointing this out. I have corrected it.
The revision 1 and 2 PCBs have provision for using a Microfit 3.0 connector in place of the terminal block. We do not supply it. The connector is the same as the one already used for the hotend fan and temperature sensor connectors. I think it is this one: https://uk.rs-online.com/web/p/pcb-heade.... The forthcoming revision 3 PCB does not have provision for an alternative header connector.
Yes, it’s better to probe with bed and ht end at operating temperature, assuming that the bed surface can tolerate being probed by the hot end at full temperature.
No that won’t harm the circuit.
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