MisterBill2
- Joined Jan 23, 2018
- 18,477
It should be a simple matter to monitor tha supply voltage into the speed controller and see what is happening.
But now my guess is that the control logic does not see that there is adequate cooling, and so it shuts down before any temperature rise. So the problem is not overheating, but the anticipation of overheating.And still we know not nearly enough about the controller. itself. And dthat is where the problem is located.We still have no information about the settings and calibration of the ESC, other than it is water cooled. and physically small.. So there may be a current limit that is not set correctly, and that will certainly cause a shut down as the current rises.
So tell us about ALL of the settable variables. I am guessing that is where the problem lies.
But now my guess is that the control logic does not see that there is adequate cooling, and so it shuts down before any temperature rise. So the problem is not overheating, but the anticipation of overheating.And still we know not nearly enough about the controller. itself. And dthat is where the problem is located.We still have no information about the settings and calibration of the ESC, other than it is water cooled. and physically small.. So there may be a current limit that is not set correctly, and that will certainly cause a shut down as the current rises.
So tell us about ALL of the settable variables. I am guessing that is where the problem lies.
Last edited: