GE Multilin MIFIIPI11E1RHI00 Digital Feeder Protection Relay

GE Fanuc MIFIIPI11E1RHI00

Multilin MIF II Digital Feeder Relay
Advanced Protection & Monitoring for Electrical Distribution Systems

Product Summary

• Manufacturer: GE General Electric

• Part Number: MIFIIPI11E1RHI00

• Product Type: Digital Feeder Relay

• Condition: In Stock

• Repair Time: 3–7 Days (if required)

• Warranty: 1 Year

• Dimensions: 233.4 mm × 160 mm × 20.3 mm

• Weight: 1.5 kg

Overview

The GE Fanuc MIFIIPI11E1RHI00 is a high-performance digital protection relay from the GE Multilin MIF II series. Designed to deliver advanced protection and monitoring, it is ideal for use in primary circuit protection for distribution feeders as well as backup protection for transformers, generators, and motors.

This microprocessor-based relay provides reliable operation, flexible logic, and robust communication features for modern electrical distribution networks.

Key Features

• Comprehensive overcurrent protection with time-delayed and instantaneous trip settings

• Cold load pickup and breaker failure protection (optional features)

• User-configurable logic for application flexibility

• Reliable operation in harsh environmental conditions

• Compact and lightweight design with intuitive user interface

Protection Functions

• Time-Delayed Overcurrent Protection

• Instantaneous Overcurrent Protection (Two Levels)

• Optional Functions:

• Cold Load Pickup

• Breaker Failure Protection

• Configurable Logic

Input & Output Specifications

Environmental Specifications

Communication & User Interface

• Communication Ports:

• RS232

• RS485 (Supports Modbus® RTU protocol)

• User Interface:

• Six Status LEDs (four user-configurable)

• 5-Button Keypad

• 16×2 LCD Display

Applications

• Primary protection for distribution feeders

• Backup protection for transformers, generators, and motors

• Ideal for industrial, utility, and commercial power systems

The GE MIFIIPI11E1RHI00 delivers robust, configurable protection and monitoring in a compact form factor, making it a dependable choice for modern power distribution systems.