Eaton, Eaton Moeller NZM MCCB Molded Case Circuit Breaker 4P 100A, Breaking Capacity 3 kA, Fixed Mount

Sous-total (1 unité)*

1 148,37 €

(TVA exclue)

1 389,53 €

(TVA incluse)

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  • Expédition à partir du 27 février 2026
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Unité
Prix par unité
1 +1 148,37 €

*Prix donné à titre indicatif

N° de stock RS:
251-434
Référence fabricant:
193366 NZMH2-4-AX100
Fabricant:
Eaton
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Marque

Eaton

Range

Eaton Moeller NZM

Number of Poles

4

Current Rating

100A

Breaking Capacity at Maximum Voltage Rating

3 kA

Mounting Style

Fixed

Statut RoHS : Exempté

Pays d'origine :
RO
The Eaton Moeller series NZM2 PXR10 circuit breaker is engineered for reliability and safety in any industrial setting. Designed to handle 100A with a four-pole configuration, this molded case circuit breaker ensures robust protection against overloads and short-circuits. Its state-of-the-art electronic release mechanism guarantees a swift response in critical situations, while features such as a USB interface for configuration make it user-friendly. The NZM2 combines superior functionality with a compact design, making it an ideal choice for businesses looking to enhance their electrical systems. With a high degree of protection and compliance with international standards, this circuit breaker stands as a testament to Eaton's commitment to quality and innovation, ensuring peace of mind for users across applications.

Features electronic release for quick response to faults
Complies with RoHS standards for environmental safety
Allows seamless integration into existing systems with its compact size
Constructed to endure challenging operating conditions, enhancing longevity
Equipped with a USB interface for straightforward configuration and testing
Provides flexible mounting options, including DIN rail installation
Designed for high operational temperature management for extreme environments
Addresses electromagnetic compatibility for reduced interference
Supports a range of terminal capacities for various connection types
Robust construction for mechanical and thermal stability in demanding applications

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