EDIT: Had wrong forum member's name, apologies.
And I don't think the AI response (if it was) was unhelpful or disruptive to the thread or the forum.
The answer given was bad. The fact they are "obvious AI" simply means that they will be
consistently bad. These two things combine to make AI replies a very easy ban in most communities.
Large language models created with unsupervised learning (chatgpt and its kin) are able to generate answers that look legitimate, but are in actual fact misleading or plain wrong. They are very good at using artistic license (great for creative works) but very poor at respecting other forum members (abysmal at technical & social works). In other words they lie.
The reply by barshatriplee is, in this case,
only wrong and frustrating (especially for the OP if they believe what it writes). It is not
clearly unsafe in this particular circumstance (it's not recommending a dangerous procedure).
I think cancelling them was an overreaction and unwarranted in this case.
Perhaps. Banning people isn't perfect. I hope barshatriplee finds a way of contributing their own non-bot answers again.
When you replaced the capacitor in your garden shredder, it's possible that there might be an issue with the wiring or the motor itself.
It is highly unlikely the device had this issue before the capacitor was replaced.
Ensure that you have replaced the old capacitor with the correct one in terms of capacitance value and voltage rating. Using an incorrect capacitor can lead to unexpected motor behavior and potentially damage the motor.
If the bot could read photos it would see that the cap is correct. Instead it's wasting time and potentially sowing doubt in the mind of the OP about the cap choice, something I do not want to do to them.
Double-check the wiring connections you made during the capacitor replacement.
turgle: This is the most likely to be correct answer. Hidden in a list of many incorrect suggestions.
I suspect you have mixed up the wires. Induction motors will run in reverse if you re-arrange the wires in certain ways. The turn-off might be caused by a mechanical issue (perhaps it jams when spinning backwards) or by a thermal switch detecting overheat (perhaps you have mixed up the run coil & the cap coil, the latter overheats if miswired).
There might be an issue with the motor windings, such as a short circuit or a fault in the winding insulation. This can lead to the motor accelerating rapidly in reverse before shutting off as a protective measure. A faulty motor might require professional repair or replacement.
That's fun to think about. It would need some
very creative short circuits in the field coils for a single-phase induction motor to go in reverse.