The EATON MP-3000 is designed to prevent motor failure through advanced thermal modeling algorithms. Unlike standard relays, the MP-3000 calculates the real-time temperature of motor windings based on current flow and ambient conditions. This "Intel-I-Trip" technology allows for maximum motor utilization without risking insulation damage, significantly extending the lifecycle of expensive industrial motors. Beyond thermal protection, the MP-3000 offers a suite of protection functions including jam, stall, phase unbalance, and ground fault detection. It monitors the starting sequence of the motor, ensuring that the start time and current remain within safe parameters. If an anomaly is detected, the relay initiates a trip or an alarm, providing operators with the precise data needed to diagnose the fault. One of the standout features of the MP-3000 is its event logging capability. The relay stores history for the last several trips, including timestamps and current levels at the time of the fault. This forensic data is invaluable for maintenance engineers performing root cause analysis. The integrated display allows for local monitoring, while communication ports enable remote data access via PowerNet or Modbus protocols. The MP-3000 is built to withstand the electrical noise and harsh conditions of industrial control rooms. It features a compact design that fits easily into motor control centers (MCC). The unit's self-diagnostic routine ensures that the relay itself is functioning correctly, providing an extra layer of confidence for facility managers responsible for critical infrastructure.Comprehensive Thermal Modeling
Multi-Function Protection Logic

Diagnostic and Reporting Capabilities
Industrial Reliability and Mounting



