Eaton PKPM2 Series Residual Current Circuit Breaker, 16A, 2-Pole, 300 mA, Type B, 10 kA 230V ac

小計(1 件)*

TWD10,230.00

(不含稅)

TWD10,741.50

(含稅)

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  • 準備從 2026年6月02日 起發貨
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RS庫存編號:
231-514
製造零件編號:
111636 PKPM2-16/2/B/03-A
製造商:
Eaton
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品牌

Eaton

Product Type

Residual Current Circuit Breaker

Current Rating

16A

Number of Poles

2

Range

Series xPole

Series

PKPM2

Trip Sensitivity

300mA

Mount Type

DIN Rail

Tripping Characteristics

Type B

Standards/Approvals

RoHS, CE

Height

75mm

Depth

86mm

Width

37mm

Breaking Capacity

10kA

Rated AC Voltage

230V ac

Break Time

Non-Delayed

豁免

COO (Country of Origin):
RO
The Eaton Moeller series xPole - PKP62/M2 is a state-of-the-art residual-current circuit breaker (RCBO) that combines overcurrent protection with a robust design tailored for both residential and industrial applications. Engineered with a dual-function of RCD and MCB, this device ensures superior safety by effectively mitigating risks associated with earth faults. With its compact dimensions and modular spacing, it is optimised for easy installation and integration into existing systems. The xPole not only guarantees compliance with international safety standards but also offers an impressive surge current capacity, making it a reliable choice for electrical installations where performance and safety are paramount. Its advanced tripping characteristics ensure immediate response during any electrical mishap, safeguarding both the devices and users.

Provides dual protection against earth faults and overcurrents

Designed for seamless integration into both residential and commercial settings

Compact dimensions enhance installation flexibility

Offers exceptional surge current capacity, ensuring superior safety

Achieves compliance with CE, RoHS, and other essential regulations

Employs a rapid tripping mechanism for instant safety response

Customisable for various conductor cross sections to meet diverse installation needs

Robust design optimises performance in demanding environments

Enhanced electromagnetic compatibility reduces interference risks

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