Schneider Electric 3/4 Poles and 200-440 V AC Rated Operational Voltage Earth Leakage Add On Protection Module

The Schneider Electric 3/4 Poles and 200-440 V AC Rated Operational Voltage Earth Leakage Add-On Protection Module is a specialized component designed to enhance electrical safety by detecting and interrupting earth leakage currents in AC electrical systems. This module is compatible with Schneider Electric's range of moulded case circuit breakers (MCCBs), specifically designed to provide supplementary protection against electric shocks and potential hazards caused by ground faults.

Key features of this Earth Leakage Add-On Protection Module include:

1. **Earth Leakage Detection**: The module is equipped with sensitive earth leakage detection mechanisms that can detect even small leakage currents, which may indicate faults or insulation breakdowns in electrical circuits.

2. **Operational Voltage Range**: It operates effectively within an operational voltage range of 200-440 V AC, making it suitable for a variety of industrial and commercial applications where these voltages are common.

3. **3/4 Poles Configuration**: Available in configurations for 3 or 4 poles, the module can be seamlessly integrated with corresponding MCCBs to provide comprehensive protection across multiple phases and neutral conductors.

4. **Compatibility**: Designed to be easily mounted and connected with Schneider Electric's MCCBs, ensuring compatibility and ease of installation in electrical panels or enclosures.

5. **Safety and Compliance**: The module adheres to international safety standards and regulations, ensuring reliable performance and compliance with industry requirements for electrical safety.

Overall, the Schneider Electric 3/4 Poles and 200-440 V AC Rated Operational Voltage Earth Leakage Add-On Protection Module is an essential component for enhancing the safety and reliability of electrical installations. Its advanced earth leakage detection capabilities, wide voltage range compatibility, and ease of integration make it an ideal choice for protecting against ground faults and ensuring safe operation of electrical systems in various industrial and commercial environments.