Eaton xEffect FAZ Miniature Circuit Breaker, 1-Pole, 3.5 A, Type C, 230 V ac AC, 48 V dc DC, 10 kA Breaking Capacity

小計(1 件)*

TWD1,966.00

(不含稅)

TWD2,064.30

(含稅)

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  • 2026年4月01日 發貨
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RS庫存編號:
256-908
製造零件編號:
278552 FAZ-C3,5/1
製造商:
Eaton
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品牌

Eaton

Number of Poles

1

Product Type

Miniature Circuit Breaker

Current Rating

3.5 A

Tripping Characteristics

Type C

Rated AC Voltage

230 V ac

Rated DC Voltage

48 V dc

Breaking Capacity

10kA

Range

xEffect

Series

FAZ

IP Rating

IP20

Standards/Approvals

CE, CSA, CSAC. . 5, EN45545, IECEN 60898, IECEN 60947, UL, UL 1077

Height

80mm

Depth

75.5mm

Width

17.7 mm

COO (Country of Origin):
RO
The Eaton miniature circuit breaker from the Moeller series xEffect combines innovation with reliability. Designed for robust performance, it safeguards electrical circuits by anticipating potential overloads and short circuits. With its C tripping characteristic, this device ensures immediate responses under fault conditions, making it ideal for commercial and industrial applications. Engineered with user safety in mind, it complies with stringent certifications such as UL and CSA, providing peace of mind for its deployment in a variety of environments. The device boasts a compact design, fitting seamlessly into standard panel configurations while delivering high performance and energy efficiency. Discover advanced protection with this exceptional component, tailored to meet modern electrical demand while ensuring dependable service across its operational lifespan.

Compact design enhances installation flexibility

C tripping characteristic provides timely fault response

Complies with UL and CSA certifications, ensuring high safety standards

Designed for single-pole configurations, maximising space efficiency

Optimised for both 240 V AC and 415 V AC applications

Robust construction supports challenging industrial environments

Low profile of just 17.7 mm allows for better space management in panels

Integrated heat dissipation features contribute to improved longevity

Temperature rise considerations enhance operational reliability

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