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Hello Todd,

Feed Override does work actually, but the accelerated max speed for the 3D and 2D movements are become different. For reference i have attached one image where 2 different section is marked with numbers, mark 1 section has Z movement and mark 2 do not has Z movement this makes section 2D movement.

Now, when tool slide down from the leaf of flower if feed override set to 10% then speed reduce to some speed x but when running in between leafs the machine speed reach to 3-5x due to x-y acceleration. really required is feed percentage should set all the axis speed to same level and maintain that speed between part1 and 2.

Okay, good that somebody else feels the same.

I realize the first post was rather long. The TL;DR is: why not have the HAL net command give signal names automatically in case no net name is specified. And if multiple connections is done to the same pin, simply link the following ones to the signal that is already there, without having to explicitly specify its name.

I was wrong with saturation. I'm used to small ferrite toroidal transformers wich are sensible to saturation, but your is surely iron core. Like Tommy said, the limit is the temperature.
And even with ferrite, it's only one magnetic circuit, so saturation would only appear when the total windings current exceed the maximum of the transformer.
We don't care of unbalanced current between windings.

Tommy advice is to overload it and check the temperature, I agree it works, put the right fuse after test on the output and then. Are you even sure you will overload it ? Maybe not !
I would although consider to change it because I think it's a small one (you don't say how many amps you have), and I have many unused transformers. Maybe you don't. Have a look around you, it's easy to find some...

Doing a power supply.. For me no, if you put the three in series you will have 90VAC, better to use directly 120VAC or 240VAC in this case.

But once again, I assume your transformer is a small one (300VA ?), it's not the same if it's a 2kVA one, but in this case you wouldn't need to worry for the third driver.

I can store #5401 value in #myvalue variable and call twice G10 L1 P1 X[#myvalue], I will try this today.
If anybody has a way to understand what happened, I would prefer.

Hi,
The 7i96S would be a better choice to drive a STEP/DIR driver like yours. Can't you change to 7i96S ?