Schneider Electric Et2.0 Trip System Microprocessor Base Trip Unit

Key Features of Schneider Electric Et2.0

The following are some of the unique features that make Et2.0 a reputable brand for circuit protection:

Microprocessor Accuracy
While others may be based on thermal-magnetic trip units, the Et2.0 incorporates a microprocessor to track electrical conditions in real-time. This facilitates more accuracy and quicker response in cutting off potentially hazardous currents.

Adjustable Settings
Users can simply modify existing thresholds and time delays, enabling complete customization according to your particular application requirements. This aids in reducing nuisance tripping while improving safety.

Modular and Compact Design
Its bottom-trip unit design simplifies installation and integration. The compactness ensures compatibility even in confined-space enclosures or in retrofit applications.

High Reliability
Designed by Schneider Electric, a world leader in energy management and automation, the Et2.0 device guarantees long-term reliability, accuracy, and durability.

Diagnostic LEDs
It includes status indicators and diagnostics that allow technicians to track trip events, minimizing downtime in servicing and fault finding.

Energy Efficiency
By making the system trip only when required and under exact parameters, the Et2.0 ensures that unnecessary power loss is minimized, helping to reduce overall energy efficiency.

Why Schneider Electric?

In energy management and protection, Schneider Electric is a name that the world has come to trust. Their solutions are synonymous with innovation, sustainability, and uncompromising quality.

With the Et2.0 Trip Unit, Schneider keeps its commitment by providing a cutting-edge, simple-to-integrate protection system that’s perfect for a range of industries — ship engines to industrial automation floors.

Applications of the Et2.0 Trip System Microprocessor Base Unit

Some of the prime industries and uses where the Schneider Et2.0 delivers are:

Oil & Gas Refineries: Reliable fault detection in high-voltage applications.

Marine Vessels: Overload protection and power distribution in control panels.

Smart Factories: Components of automation control circuits to avoid faults and failures.

Utility Grids: Secondary protection where quick fault isolation is important.

Data Centers: High-sensitivity protection of server power supply circuits.