Greetings to anyone willing to help,
I am an intern and trying ,In the schematic bellow, to find a logic and build a small system that will take place of the fuse highlighted.
*230v VAC PS;
* the current need to be limited into these 2 values below, if in circumstances, the current exceeds 1.7 amps the motor will be shut off and after short time it will be turned on again with the right current.
*1.3 -> 1.7 amps for the motor. (1.5 ideal constant value)
Because of customer reasons I can not use contactors such as ASL16 or any viable component that can merge together.
I researched into: measuring the current by using a current transformer and amplify/sustain the desired voltage and current. I have found some other solutions that were going around using transistors. Now I am confused of how to approach this and therefore posting this thread.
All my gratitude for any help related to this overcurrent protection issue.
I am an intern and trying ,In the schematic bellow, to find a logic and build a small system that will take place of the fuse highlighted.
*230v VAC PS;
* the current need to be limited into these 2 values below, if in circumstances, the current exceeds 1.7 amps the motor will be shut off and after short time it will be turned on again with the right current.
*1.3 -> 1.7 amps for the motor. (1.5 ideal constant value)
Because of customer reasons I can not use contactors such as ASL16 or any viable component that can merge together.
I researched into: measuring the current by using a current transformer and amplify/sustain the desired voltage and current. I have found some other solutions that were going around using transistors. Now I am confused of how to approach this and therefore posting this thread.
All my gratitude for any help related to this overcurrent protection issue.