Product Type:Undervoltage Release Module
Product ID:LV429407
Schneider Type Designation:Other
Threshold Tripping Voltage:0.35…0.7 x Un opening, 0.85 x Un closing
Auxiliary Connection Terminal:Screw terminal 0…1.5 mm²
Series:Schneider
Main Component Type:Others
The Schneider Electric LV429407 MN Under-Voltage Release Module is engineered to offer unparalleled protection against under-voltage events, ensuring continuous operation and safety for industrial systems. Its compact design allows for seamless integration into various control circuits, making it an ideal choice for facilities seeking robust electrical safeguarding.
With its adjustable threshold tripping voltage, the module provides customizable protection levels tailored to specific applications, allowing users to fine-tune their system’s response to under-voltage scenarios. This feature ensures that the module can effectively manage the delicate balance between preventing unnecessary interruptions and responding promptly to actual under-voltage conditions.
Featuring screw-terminal connections, the LV429407 MN offers easy installation and maintenance, catering to the needs of technicians and engineers alike. The inclusion of auxiliary terminals ensures compatibility with additional monitoring or control devices, enhancing the overall functionality of the system.
This module is part of Schneider Electric’s comprehensive line of electrical protection solutions, known for their reliability, efficiency, and compatibility with a wide range of industrial automation systems. By incorporating the LV429407 MN into your facility’s electrical infrastructure, you can expect enhanced operational stability and reduced downtime.
For customers requiring superior electrical protection, Schneider Electric’s LV429407 MN Under-Voltage Release Module delivers on its promise of reliability and performance. Backed by Schneider Electric’s global reputation for quality and innovation, this module is an investment in safeguarding your operations against the risks associated with under-voltage events.
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