A circuit breaker must ensure to trigger breaking when during running current is suddenly increased It should not trigger during motor start where current is actually very high A sudden increase in current from steady state means audden load increase which could be something struck in conveyer belt
I'm no electrical engineer, but is the answer to the end to hook up a fuse on a delay to kill the circuit if its over the operating amperage? ie. two wires from power (one with a fuse, and the other with no fuse) to the motor but after reaching steady state, the no fuse circuit disconnects?
Sounds like a teacher I want!
Thanks. Just used DC breaking to test a motor at work to verify we've got the correct fuse values. Worked great.
A circuit breaker must ensure to trigger breaking when during running current is suddenly increased
It should not trigger during motor start where current is actually very high
A sudden increase in current from steady state means audden load increase which could be something struck in conveyer belt
Great instruction...
seeing is believing.I like the fancy DC braking available for load torque similation for steady-state app.
Brother,how about the current ,rpm and watts?thanks..
I'm no electrical engineer, but is the answer to the end to hook up a fuse on a delay to kill the circuit if its over the operating amperage? ie. two wires from power (one with a fuse, and the other with no fuse) to the motor but after reaching steady state, the no fuse circuit disconnects?
Nice job.
Really useful video but unfortunately very few views
This how You teach