NZM3-XKV70 connection terminal 100514

Connection for NZM series circuit breakers – flexibility and easy installation

This accessory is dedicated to EATON NZM series circuit breakers, designed for easy expansion and modification of electrical installations. The NZM3-XKV70 connection allows convenient connection of wires, ensuring a reliable connection and safety of use. It is a key element for professionals who value flexibility and speed of installation.

Design and application

The connection is intended for three-pole (3P) circuit breakers and offers central perforation to allow connection of two cable ends per phase. Installation takes place in circuit breakers with screw connection, which ensures a stable and secure connection. The set includes a phase disconnect and an insulating plate, which simplifies the installation process. A hole prepared for the control cable further increases functionality. Compatible connection terminals are NZM3(-4)-XK300 and NZM3(-4)-XK22X21.

This solution finds application in a wide range of installations – from machine construction, through energy distribution systems, to control panels. Thanks to its versatility, this connection works both in industrial and commercial applications.

Advantages and benefits

• Universality: Common accessories for LZM/LN and NZM/N series circuit breakers – one solution for many needs.
• Easy installation: Modular design and included elements facilitate quick and trouble-free installation.
• Safety: Provides a reliable connection of wires, protecting against short circuits and overloads.
• Flexibility: Possibility of expanding existing installations thanks to easy connection of additional circuits.
• Compatibility: Adapted for cooperation with popular EATON circuit breaker models (NZM3(-4), PN3(-4), N(S)3(-4)).
• Durability: Made of high-quality materials guaranteeing long life and resistance to environmental conditions.
• Thoughtful solutions: Central perforation facilitates cable routing, and a hole for the control cable increases functionality.