Numericael Overcurrent And Earth Protection Relay Type

Inverse Definite Minimum Time Lag Overcurrent Protection Relay Type

Definite Time Lag Relay - Power Supply Unit, Timer Circuit with Precision Thumb Wheel Switch, Auxiliary Relay for Enhanced Contact Rating

Control and Relay Panels - Voltage Capacity Up to 400kV, Modular and Compact Designs, Affordable Protection Systems for Transmission and Distribution Applications

Fuse Failure Relay Type

Trip Circuit Supervision Relay - Electro-Mechanical XR351 Model, Three Attracted Armature Elements with Time Delay on De-Energisation

Bus Protection Relay - Low Impedance Differential Protection, Integrated Breaker Failure & Overcurrent Security, DFR Quality Fault Oscillography, SCADA Control and Metering

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

Numerical Sensitive Current Protection Relay Type - Dual Protection with Earth Fault and Lowset Elements | Definite Time Lag and IDMTL Curves

Numerical Directional Overcurrent Protection Relay - MIT121/131 Models | Micro-controller Based, True RMS, Voltage Polarization, Single Pole Operation

Numerical Biased Differential Protection Relay Type - Current Differential Principle, Stability Against Magnetic Inrush Conditions, Internal Fault Operation

Numerical Directional Overcurrent Protection Relay - Microprocessor Technology, Advanced Metering and Data Storage Features

Numerical Directional Overcurrent Protection Relay - MIT121/131 Models | Micro-controller Based, True RMS, Voltage Polarization, Single Pole Operation

Numerical Non-Directional Overcurrent Protection Relay - Compact 2/3V Draw-Out Design, Flexible Micro-Controller Technology, Human Machine Interface for Settings and Fault Indication

Inverse Definite Minimum Time Lag Overcurrent Protection Relay Type

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

Numerical Directional Overcurrent Protection Relay Type - Bi-Directional Control for Forward & Reverse Zones, Custom Selectable Characteristic Angles

Numerical Non- Directional Overcurrent Protection Relay Type

Numerical Overcurrent & Earth Protection Relay - Microprocessor Technology, Advanced Metering & Fault Recording Features, Inverse & Definite Time Overcurrent Protection