Eaton xEffect FAZ Miniature Circuit Breaker, 1-Pole, 5 A, Type C, 250 V DC, 10 kA Breaking Capacity

Subtotal (1 pack of 2 units)*

MYR1,054.97

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Pack(s)
Per Pack
Per Unit*
1 +MYR1,054.97MYR527.485

*price indicative

RS Stock No.:
231-366
Mfr. Part No.:
113755 FAZ-C5/1-NA-DC
Manufacturer:
Eaton
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Brand

Eaton

Number of Poles

1

Product Type

Miniature Circuit Breaker

Current Rating

5 A

Tripping Characteristics

Type C

Rated DC Voltage

250 V

Breaking Capacity

10kA

Range

xEffect

Series

FAZ

IP Rating

IP20

Depth

105mm

Standards/Approvals

EAN, EN 63000:2018, IEC 61373, IEC/EN 60898, IEC/EN 60947-2, RoHS, UL, CSA, EN45545-2

Width

17.7 mm

Height

75.5mm

RoHS Status: Exempt

COO (Country of Origin):
RO
The Eaton miniature circuit breaker from eaton represents a perfect blend of reliability and advanced technology. Designed for single-pole applications, this device effectively safeguards against electrical overloads and faults in direct current systems. With its robust construction and superior materials, it meets stringent compliance standards, ensuring long-lasting performance in challenging environments. Ideal for use in North American switchgear applications, this breaker supports voltages up to 250 V DC and boasts impressive short-circuit breaking capacity. The compact design coupled with easy installation makes it a practical choice for modern electrical installations, bringing peace of mind through its efficient protection mechanisms.

Engineered for DC applications ensuring effective protection

Single-pole configuration simplifies integration into existing systems

Meets international compliance standards for safety and performance

Compact dimensions facilitate space-saving installations

Rated operational current of 5 A provides reliable load management

Incorporates robust materials for enhanced durability

Designed with a high tripping capacity to manage electrical faults

Operates within a broad temperature range, ensuring stability in diverse conditions

Low maintenance requirements lead to reduced operational costs

Minimal heat dissipation aids in maximising energy efficiency

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