Electric motors are the heart of industrial production, and their unexpected shutdown or damage can cause the entire production line to come to a halt, resulting in significant economic losses. Traditional protection methods have the following limitations:
Single function: unable to handle complex fault types such as stalling, imbalance, etc.
Poor accuracy: There is a large error in the action value, which may result in misoperation or refusal to move.
No monitoring function: unable to real-time understand the operation status of the motor, which is not conducive to preventive maintenance.
Unable to control remotely: low level of automation.
Therefore, intelligent motor protection and measurement devices have emerged, which can:
Prevent motor burnout and extend equipment lifespan.
Reduce unplanned downtime and improve production continuity.
Implement predictive maintenance and identify potential issues through data trends.
Improve automation level and seamlessly integrate into DCS/SCADA system.