Eaton, NZM, NZM Molded Case Circuit Breaker 4-Pole 320 A, Breaking Capacity 9 kA, Plug-in

Sous-total (1 unité)*

3 176,45 €

(TVA exclue)

3 843,50 €

(TVA incluse)

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  • Expédition à partir du 02 mars 2026
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Unité
Prix par unité
1 +3 176,45 €

*Prix donné à titre indicatif

N° de stock RS:
231-231
Référence fabricant:
109700 NZMH3-4-A320
Fabricant:
Eaton
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Marque

Eaton

Product Type

Molded Case Circuit Breaker

Range

NZM

Series

NZM

Number of Poles

4

Current Rating

320 A

Breaking Capacity

9kA

Mount Type

Plug-in

Terminal Type

Screw

Height

275mm

Standards/Approvals

IEC IEC/EN 60947, RoHS

Width

185 mm

Depth

166mm

Break Time

10 ms

Statut RoHS : Exempté

Pays d'origine :
RO
The Eaton Moeller series NZM molded case circuit breaker stands as a cornerstone for effective electrical management in modern infrastructures. Designed for robust performance, this circuit breaker ensures exceptional safety and operational integrity under both normal and extreme conditions. With a four-pole configuration and a maximum current rating of 320 A, it caters perfectly to demanding industrial applications. Engineered with both thermal and electromagnetic protection, this device not only safeguards your electrical systems against overloads and short-circuits but also enhances the longevity of your installation. Its contemporary features, such as electrical connection via screw, comprehensive documentation, and a variety of terminal capacities, underscore the commitment to ease-of-use and functionality. From environmental resilience to thermal stability, this circuit breaker promises to deliver unparalleled peace of mind for technicians and operators alike.

Thermally and electromagnetically protected against overload and short-circuits

Four-pole configuration provides flexibility for various applications

Designed for high-performance installations ensuring operational integrity

Extensive documentation supports effective installation and maintenance

User-friendly screw connections simplify the electrical connection process

Constructed to withstand extreme temperatures, ensuring reliability

Integral design prioritises thermal stability and reduced heat dissipation

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