DETAILED DESCRIPTION

P5ME……

The new Lovato ELECTRIC range of P5 series Moulded Case Circuit Breakers (MCCBs), designed to guarantee protection against overloads and short circuits, operational continuity and reliability in low voltage industrial systems.

Designed to meet the needs of machine builders, installers and designers, MCCBs P5 series combine cutting-edge technology, operational flexibility and reliability.

They are equipped with an electronic trip unit, which allows a wide range of current adjustment and high precision in tripping, features that make them extremely flexible and superior in terms of performance compared to traditional thermal-magnetic circuit breakers. It is also possible to set a short delay in the event of a short circuit, promoting better selectivity with downstream protection devices.

The integration of a modern contact system, combined with high-performance arc chambers, further contributes to increasing reliability, durability and operational robustness.

The range includes three-pole and four-pole IEC versions compliant with IEC/EN 60947-2 with sizes up to 800A, and three-pole versions compliant with UL489 for the North American market, available with nominal currents up to 600A.

On the front there is an operating lever with a trip position, which signals openings due to faults in the system. There is also a test button for checking the signalling system and a diagnostic LED that indicates the current level in the system by means of a flashing code system. The overload and short-circuit trip thresholds are adjusted using special adjusters located on the front of the MCCB. In the four-pole versions, a dedicated adjuster for protecting the fourth pole is also available, allowing an independent trip threshold to be set.

Thanks to these features, LOVATO Electric's P5 series Moulded Case Circuit Breakers are the optimal solution for advanced and reliable protection of low-voltage industrial machinery and systems, combining cutting-edge technology and compliance with international standards to ensure safety and efficiency.