Lag Overcurrent Protection Relay Type

Inverse Definite Minimum Time Lag Overcurrent Protection Relay Type

Numerical Directional Overcurrent Protection Relay Type MIT121/131 - Micro-Controller Based True RMS Measurement, 1A & 5A CT Inputs, Modular Design, Non-Volatile Memory, Directional Fault Detection with Voltage Polarization

Numerical Directional Overcurrent Protection Relay Type - MIT121/131 Micro-Controller Based | True RMS Measurement, Compact Drawout Modular Case, Non-Volatile Memory, 6 Output Contacts

MIT Over-Current Protection Relay - Three Pole & Four Pole Versions | Compact Draw-Out Case, User-Friendly Human Machine Interface, Fault Indication Capability

Numerical Non-Directional Overcurrent Protection Relay - 3 Pole & 4 Pole Versions, Compact Drawout Modular Case with Human Machine Interface

Numerical Overcurrent and Earth Protection Relay Type - Microprocessor Technology, Wide Protection Elements and Characteristics, Inverse and Definite Time Protection for Phase and Earth Faults, Advanced Metering and Communication Capabilities

Numerical Overcurrent & Earth Protection Relay Type - Microprocessor Controlled, Inverse and Definite Time Overcurrent Protection, Fault Recorder with Communication

Inverse Definite Minimum Time Lag Overcurrent Protection Relay Type - Die-Cast Frame, Panel Mount, Disc Operated | 2NO Contacts, IDMT Protection, IEC 60255 Compliant

Numerical Directional Overcurrent Protection Relay Type - Micro-Controller Based, True RMS Single Pole Operation | Voltage Polarization for Accurate Fault Current Direction Detection