Hi Duncan
I love this thread and all that you have presented so far.
However the last post bothers me a bit. I worked for a large machine manufacturer designing and troubleshooting the electrical systems. I have seen many a motor failures.
On every occasion it could be broken down to a few different things. Most common was that the installer would supply to small of a supply line to handle the amps needed to avoid a voltage drop for the lengh of wire run needed. Second would be a bad connection somewhere within the system also causing high amperage and voltage drop. Or you could have a simple situation of overloading the motor again causing high amperage and voltage drop. Of coarse all of these situations create heat and something burnt out. A properly set up system will usually run for years.
This is my own observation, but maybe I still am not understanding the situation. Are you saying that we need to create a situation of high amperage and low voltage?
I stand ready for correction.
I love this thread and all that you have presented so far.
However the last post bothers me a bit. I worked for a large machine manufacturer designing and troubleshooting the electrical systems. I have seen many a motor failures.
On every occasion it could be broken down to a few different things. Most common was that the installer would supply to small of a supply line to handle the amps needed to avoid a voltage drop for the lengh of wire run needed. Second would be a bad connection somewhere within the system also causing high amperage and voltage drop. Or you could have a simple situation of overloading the motor again causing high amperage and voltage drop. Of coarse all of these situations create heat and something burnt out. A properly set up system will usually run for years.
This is my own observation, but maybe I still am not understanding the situation. Are you saying that we need to create a situation of high amperage and low voltage?
I stand ready for correction.
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