GE 369-HI-R-M-0-0-0 – Motor Management Relay

Overview

The GE 369-HI-R-M-0-0-0 is a high-performance motor management relay from General Electric’s Multilin 369 Series. Designed for motor protection, it features advanced metering, event recording, and diagnostic capabilities. Although this model is approaching discontinuation, it remains a reliable choice for controlling and protecting medium-sized motors.

With enhanced features such as conformal coating for improved durability, the ensures robust performance even in harsh environments. It provides a comprehensive suite of protection mechanisms, making it ideal for industrial motor management applications.

Key Features

• Metering: Monitors voltage, watts, frequency, and energy. It automatically generates protective actions based on real-time data.
• Event Recording: Tracks trip causes, temperature, and data values immediately after a trip. This helps in detailed system analysis and troubleshooting.
• Pre-Trip Alarms: Notifies users before a trip, such as ground faults, mechanical jams, and RTD overtemperature, allowing for preventive action.
• Motor Health Report: Analyzes historical trip data and recommends maintenance based on trip patterns, improving motor longevity.
• Oscillography: Records three waveforms on trip, capturing 16 data cycles, including phase and ground currents. This provides invaluable insights into motor performance.

These features help reduce troubleshooting time and extend the life of your motor systems.

Technical Specifications

Applications

The ideally suited for motor protection in various industrial sectors, including manufacturing, water treatment, and energy production. With its advanced diagnostic capabilities, it allows operators to maintain the health of motors and prevent unexpected failures. The relay also provides data-driven insights into motor conditions, ensuring preventive measures are taken promptly.

Why Choose the GE 369-HI-R-M-0-0-0?

This motor management relay stands out for its reliability, data logging capabilities, and ability to enhance system uptime. Even as it nears discontinuation, the continues to offer superior protection for medium-sized motors. It helps organizations reduce downtime and ensure continuous, optimal motor performance.