Eaton Electronic Circuit Breaker, 32 A Current Rating, 2-Pole, 30 mA Trip Sensitivity, Type B, Eaton Moeller Range,

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SGD331.38

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SGD361.20

(inc. GST)

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RS Stock No.:
246-608
Mfr. Part No.:
187231 AFDD-32/2/B/003-A
Manufacturer:
Eaton
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Brand

Eaton

Product Type

Electronic Circuit Breaker

Current Rating

32 A

Series

xPole - AFDD

Range

Eaton Moeller

Number of Poles

2

Trip Sensitivity

30mA

Tripping Characteristics

Type B

Rated AC Voltage

230 V ac

Width

73 mm

Height

80mm

Depth

52.5mm

Application

Switch Gear

Standards/Approvals

CE Marked RoHS conform

Breaking Capacity

6kA

COO (Country of Origin):
CZ
The Eaton innovative arc fault detection device (AFDD+) from Eaton delivers advanced protection for residential and commercial switchgear applications. Designed specifically for enhanced safety, this two-pole device is engineered to detect arc faults, which are common causes of electrical fires. With a compact design, it seamlessly integrates into existing systems while boasting impressive ratings for reliability and performance. Its ability to withstand transient voltages ensures the utmost safety against electrical hazards. Combining cutting-edge technology with robust construction, this device provides a high level of operational safety and competence. Its certification under essential regulatory standards reinforces its dependability. Designed for ease-of-use, it simplifies installation and requires minimal maintenance, making it an ideal choice for modern electrical systems.

Detects potentially dangerous arc faults effectively

Compact dimensions ensure space-saving installation

Two-pole configuration optimises functionality across various applications

Non-delayed tripping mode enhances response time to faults

High voltage ratings ensure compatibility with diverse electrical systems

Corrosion-resistant design contributes to longevity and durability

CE marked, affirming compliance with safety standards

Mechanical lifespan rating ensures long-term reliability

Designed for easy integration into existing electrical frameworks

Pulse-current sensitivity adds an additional layer of safety

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