Eaton xEffect FAZ MCB, 3+N, 10A Curve C, 440V AC, 60V DC, 7.5 kA Breaking Capacity

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3 505,60 kr

(exkl. moms)

4 382,00 kr

(inkl. moms)

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RS-artikelnummer:
254-675
Tillv. art.nr:
241145 FAZT-C10/3N
Tillverkare / varumärke:
Eaton
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Brand

Eaton

Number of Poles

3+N

Current Rating

10A

Tripping Characteristics

Type C

Rated AC Voltage

440V

Rated DC Voltage

60V

Breaking Capacity at Maximum Voltage Rating

7.5 kA

Range

xEffect

Series

FAZ

COO (Country of Origin):
RO
The Eaton Moeller series xEffect FAZ T miniature circuit breaker is engineered for advanced protection in industrial and commercial applications. Designed with a robust three pole plus neutral configuration, it features a tripping characteristic that efficiently handles varying electrical loads. The regulatory compliance, including RoHS and IEC/EN certifications, showcases its reliability and adherence to high safety standards. With a rated current of 10 A and a maximum operational voltage of 440 VAC, this device ensures exceptional performance under diverse operating conditions. Its compact design allows for easy installation on standard top hat rails, while the IP20 rating guarantees adequate protection against ingress. This circuit breaker not only aligns with contemporary standards but is tailored for those who seek both functionality and quality in their electrical systems.

Robust mechanical lifespan guarantees durability and longevity
Compact dimensions optimise space utilisation in electrical panels
Quick attachment mechanism simplifies the installation process
Conforms to multiple standards for a broad range of applications
Designed to ensure safe operation in both industrial and advanced commercial environments
Effective heat dissipation promotes device efficiency and reduces thermal risk
Ambient temperature considerations enhance reliability in varied settings
Finger and hand touch safe terminals provide an additional layer of safety
Twin purpose terminals allow for flexible conductor connections
Achieves significant current limiting enhancing protection against overloads

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