Eaton, NZM, NZM Molded Case Circuit Breaker 3-Pole 350 A, Breaking Capacity 5 kA

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Subtotal (1 unit)*

SGD4,391.73

(exc. GST)

SGD4,786.99

(inc. GST)

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RS Stock No.:
232-047
Mfr. Part No.:
110847 NZMN3-ME350-AVE
Manufacturer:
Eaton
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Brand

Eaton

Range

NZM

Product Type

Molded Case Circuit Breaker

Series

NZM

Number of Poles

3

Current Rating

350 A

Breaking Capacity

5kA

Rated AC Voltage

690 V ac

Terminal Type

Screw

Height

346mm

Width

185 mm

Depth

260mm

Standards/Approvals

IEC IEC/EN 60947, RoHS

Tripping Mechanism

Electronic

Tripping Characteristics

Adjustable Delay Setting

Break Time

10 ms

RoHS Status: Exempt

COO (Country of Origin):
RO
The Eaton crucial component of electrical systems ensures reliable circuit protection in demanding environments. The molded case circuit breaker from The Eaton Moeller NZM series is designed to handle significant electrical loads, offering seamless operation and maximum safety. With its three-pole configuration and a rated current of 350A, it excels in various industrial applications, ensuring compliance with stringent regulatory standards. The NZMN3-ME350-AVE is engineered with advanced electronic release systems to guarantee swift response to overloads and short circuits, whilst also featuring adjustable settings to meet specific operational needs. Its versatile design allows for easy integration into existing systems, making it a practical choice for those seeking exceptional performance without compromising on safety or reliability.

Electronic release system provides reliable and quick tripping during overload conditions

Three-pole design ensures balanced load distribution in electrical systems

Adjustable settings allow for tailored performance based on application requirements

Robust construction ensures durability in harsh operating environments

High short-circuit breaking capacity supports efficient fault management

Easily compatible with a range of installation configurations

Designed to meet international standards for safety and reliability

Low power dissipation contributes to energy efficiency

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