BL-Touch - multiple problems -
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@barbarossa-cologne from documentation, setting lower P for G31 seems better:
G31 P25 X20 Y100 Z4and
M558 P9 C"io7.in" H15 F120 T1400
without the ^, because Duet 3 IO ports all have pullups already.https://duet3d.dozuki.com/Wiki/Connecting_endstop_switches#Section_Duet_3_endstop_inputs each IO of Duet 3 has already pullup resistors: "Endstop devices can be connected to the IO_0 through IO_9 connectors. Each endstop input has a 27K pullup resistor, so the endstop devices only need to sink 0.12mA."
You wrote above, that removing ^ didn't work, but how did you mention, maybe it was the wrong P of G31 or some other cause.
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@JoergS5
ITS WORKING!!!!!!
I connected the BL to IO4.
I think the IO7 connector isn´t working.
Refund Duet???
I´m not sure about the ´´^ ´´. Let it like this and its working now. -
@barbarossa-cologne I am glad to hear that!!
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@barbarossa-cologne said in BL-Touch - multiple problems -:
@Phaedrux said in BL-Touch - multiple problems -:
M98 Pconfig.g
´´´Response to long, see console´´.
So switch to the Console page of DWC to see the messages.
I havent connected the expansion board, yet. Is this a problem?
You will get some error messages from running config.g if it refers to ports on an expansion board that isn't connected.
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@barbarossa-cologne said in BL-Touch - multiple problems -:
@JoergS5
And NO. I´m a Idiot. the ´´^ `` must be deleted. Thanks Jörg and @PhaedruxSo you're able to use io7 when removing the ^?
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@dc42
ok. problem solved.
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@Phaedrux
no IO7 is dead. with or without. no retract or deploy -
@barbarossa-cologne said in BL-Touch - multiple problems -:
@Phaedrux
no IO7 is dead. with or without. no retract or deployI would make an image from the soldered side of io7 and publish so it can be valued whether it may be a soldering problem.
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@JoergS5
ok. I´ll do it! -
In addition to the photos can you also provide the following:
The output of M122
The output of M98 P"config.g"
Your current config.gAlso please do this test and report the results:
Send
M950 J5 C"io7.in"
, then read the state of the pin by sending:echo sensors.gpIn[5]
Do this both with and without a jumper shorting io7.in to ground.
Result should be 0 with the jumper, 1 without