Schneider Electric Et2.0 Trip System Microprocessor Base Trip Unit

What is Schneider Electric ET2.0 Trip Unit?

The ET2.0 Trip System is a state-of-the-art trip unit created by Schneider Electric, intended for application in low-voltage molded case and air circuit breakers. Microprocessor-based technology forms the core of this unit, which offers real-time monitoring, customizable protection settings, and rapid response to electrical faults. It’s part of Schneider’s dedication to safety, automation, and energy intelligence.

Key Features of the ET2.0 Microprocessor-Based Trip Unit

Microprocessor Precision
Embedded at the core of the ET2.0 is a smart microprocessor that allows for accurate identification of overcurrent, short circuit, and ground faults with high reliability.

Flexible Protection Settings
Adjustable trip parameters are easily configurable, allowing users to tailor protection for designated loads, enhancing coordination and reducing nuisance tripping.

Real-Time Monitoring
Metering of parameters like current, voltage, and power is supported by the unit, providing easy-to-understand information on load performance and energy usage.

Self-Diagnostics
Self-diagnostics integrated within enable fault detection in internal circuits, improving reliability and facilitating preventive maintenance.

Communication Ready
Supports Schneider’s digital systems such as EcoStruxure™ for remote logging of data, control, and analysis.

Compact and Modular
Easy to install due to its compact nature, and modularity for upgrades or changing configurations on demand.

Applications

Industrial Automation Panels
Prevents faulty faults in real time for heavy-duty motors and machines.

Data Centers & IT Infrastructure
Maintains steady uptime by quickly reacting to power anomalies.

Commercial Buildings
Works together with building management systems to enable smart energy consumption and monitoring.

Energy and Utilities
Safeguards substations and distribution boards of utility networks with high fault-level currents.

Marine & Offshore Platforms
Resists tough electrical conditions while maintaining electrical safety on mission-critical systems.