Register a free account today to become a member! Once signed in, you'll be able to participate on this site by adding your own topics and posts, as well as connect with other members!
I'm not sure what you mean by a "board mnumonic". PF3 is the Signal pin, aka the pin that's actually connected to the MCU, and PF3 is its pin ID, such as taken from the actual processor's datasheet, which is also how klipper identifies it.
Standard Endstop switch wiring is to wire signal & GND...
There's been a few iterations of weird startup issues with the nitehawk. this guide may be applicable, though I don't know where to find it other than the discord (if you're on the discord, check the pins in #ldo)...
That makes no sense at all, since all the toolhead window really just spits out gcode moves.
G28 X Y
G0 X0
Should be exactly the same result as doing the same thing from the toolhead window...
Is it?
Are there observable differences in speed or anything?
Probably worth clarifying, there are specific ebbs designed to run over usb. Running the regular canbus ones over usb ...well...it's possible, but probably not a great idea
If you have a look at the [stepper_z1] section of your config, you'll see where you need to pick one of two options for the enable_pin, depending which version of octopus you have. Looks like neither option is enabled right now. (Which you'd think klipper would complain about, but I guess not)
The voron Tap probe is entirely integrated into the toolhead. there's no docking or attaching with it
Are you perhaps talking about some klicky probe variant?
We'd want to see the moonraker log, or at least the moonraker.conf
Without further details, I can only guess that you put that added config in the wrong place, and broke the file somehow, and further guess that you didn't *quite* get the file restored to its original state
I went into more detail on the discord, but in short you just have your extruder's temperature limits set too low for the temperatures you're trying to operate.
Honestly, if it's not moving fast (or accelerating hard), I doubt it matters much what material you use. If its staying at room temp, you could probably even use pla. Realistically though, I'd probably do abs-gf or asa-gf.
This site uses cookies to help personalise content, tailor your experience and to keep you logged in if you register.
By continuing to use this site, you are consenting to our use of cookies.