The problem I see is if they're using a longer core then the motor itself will be physically longer. That can be a big problen in situations where machines were designed with shorter motors. I'm glad to see some innovation going on in even the basic motors.
on a fundamental level, the motor doesn't care. the RPM will be proportionally different, but there is no logic processor or any smart stuff inside a motor that is frequency affected.
@ in my country the grid current frequency is 50 hz which can only runs a motor of 2800 rpm maximum, I need a motor of 3500 rpm but all the available 3500 rpm motors need 60hz grid frequency what I suppose to do to run this 3500 rpm motor?
I always use Baldor in Pulp and Paper Mill applications. Good motors. Thanks Doctor Nowak for you surgery Video. 😂😂🤣🤣
The problem I see is if they're using a longer core then the motor itself will be physically longer. That can be a big problen in situations where machines were designed with shorter motors.
I'm glad to see some innovation going on in even the basic motors.
You can always swap the rotor and make a f1 to a f2 as long as it’s not a odp
Please make a sideways video
How can we run a 60hz motor on 50hz current?
on a fundamental level, the motor doesn't care. the RPM will be proportionally different, but there is no logic processor or any smart stuff inside a motor that is frequency affected.
@ in my country the grid current frequency is 50 hz which can only runs a motor of 2800 rpm maximum, I need a motor of 3500 rpm but all the available 3500 rpm motors need 60hz grid frequency what I suppose to do to run this 3500 rpm motor?
@@muhammadnaeem2187 You'll need a VFD or inverter drive