Which consequence results when exceeding industrial motor's inrush current limit?

💡 Explanation

Exceeding inrush current triggers `magnetic saturation` within the circuit breaker's trip coil protective relay, because that saturation overcomes the spring tension of the actuator; therefore, the CB trips prematurely, rather than the motor windings immediately failing due to overcurrent.

• Which consequence results when eddy currents form excessively in power transformers?
• Which risk increases when excessive cylinder bore polishing is applied during engine rebuilding, impacting piston rings?
• Which risk increases when electrohydraulic actuators experience extremely low hydraulic fluid temperatures?
• Which risk increases when protective relay logic is incorrectly configured in interconnected power systems?
• Which risk increases when a molten metal alloy solidifies within a casting mold but external cooling intensifies?
• Which accuracy risk increases when asynchronous sensor data streams are combined in a Kalman filter?