Numerical Self Powered Overcurrent Protection Relay - Model Mjt 314b/c | Features Microprocessor Technology, Advanced Metering, Fault Recording, Communication Capabilities

Multi-contact Auxiliary 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

Restricted Earth Fault Relay - Type B61, 15V Pre-Set with Voltage Range up to 270V in 5V Increments, Enhanced Protection with Non-Linear Resistors for C.T. Insulation Safety

Numerical Under and Over Voltage Protection Relay - Dual Element, Two Stage Functionality with Adjustable Voltage and Time Settings, Multiple Operating Characteristics

Numerical Auto Reclose Relay - 3N Non Draw-out Case, Five Modular Design with Dual Reclose Timers and Optically Isolated Inputs | Watch-Dog Timer Function with Automatic Sequence Control

Numerical Neutral Displacement Protection Relays Type

Cotton Fuse Failure Relay Type

Numerical Auto Reclose Relay - Compact 3N Non Draw-Out Case, Four Shot Control with Optically Isolated Inputs & Watchdog Timer

Feeder Protection Relay Type - Multifunction Numerical Protection for Transmission and Distribution Equipment | Features Fault Logs, Disturbance Recording, and Sequence of Events with 1ms Time Stamp Resolution

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

Flame Resistance Over Current Protection Relay

Numerical Self Powered Overcurrent Protection Relay Type - MJT 314B & MJT 314C | Microprocessor Technology, Inverse & Definite Time Protection, Advanced Metering & Communication Features

Numerical Self Powered Overcurrent Protection Relay Type - MJT 314B & MJT 314C | Microprocessor Technology, Inverse and Definite Time Protection, Advanced Metering & Communication Features

Numerical Sensitive Current Protection Relay Type Grade: 99%

2TJM Relay - Die-Cast Frame, Drawout Design with Overcurrent Protection | IDMT, Single/Three Pole, 2NO Contacts

Tuxedo Inverse Definite Minimum Time Lag Overcurrent Protection Relay

Numerical Self Powered Overcurrent Protection Relay - MJT 314B and MJT 314C Models, Advanced Microprocessor Technology, Inverse and Definite Time Protection, Communication Features, Fault Recording Capability

Current Protection Relay

Numerical Over Current and Earth Fault Protection Relay