Eaton, NZM, NZM Molded Case Circuit Breaker 3-Pole 300A, Breaking Capacity 3 kA, Fixed

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Subtotal (1 unit)*

TWD84,840.00

(exc. GST)

TWD89,082.00

(inc. GST)

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1 +TWD84,840.00

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RS Stock No.:
230-299
Mfr. Part No.:
110286 NZMH2-A300-BT
Manufacturer:
Eaton
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Brand

Eaton

Product Type

Molded Case Circuit Breaker

Range

NZM

Series

NZM

Number of Poles

3

Current Rating

300A

Breaking Capacity

3kA

Mount Type

Fixed

Rated AC Voltage

690V ac

Terminal Type

Box

Width

105mm

Standards/Approvals

IEC IEC/EN 60947, RoHS

Depth

149mm

Height

184mm

Break Time

10 ms

Tripping Characteristics

Thermomagnetic

RoHS Status: Exempt

COO (Country of Origin):
RO
The Eaton Moeller series NZM molded case circuit breaker is engineered to deliver superior performance and reliability. Designed for industrial applications, this three-pole circuit breaker operates at a rated current of 300 A and boasts robust internal mechanisms to provide exceptional protection for electrical circuits. Its compact dimensions facilitate installation within confined spaces, while the advanced thermomagnetic release system ensures prompt tripping during overloads or short circuits. The product also supports both box and busbar terminals, enhancing versatility in various electrical configurations. With compliance to international standards, the NZM series embodies durability and resilience, making it an ideal choice for modern electrical systems that demand safety and efficiency.

Designed with a compact footprint for easy installation

Provides thermal and magnetic protection to safeguard against overloads

Equipped with a robust three-pole configuration for reliable performance

Adheres to IEC/EN 60947 standards, ensuring global compliance

Offers multiple terminal options to suit varied installation needs

Includes features for effective heat dissipation under operational stresses

Resistant to corrosion and environmental factors for enhanced longevity

Supports a wide operational temperature range for diverse applications

Capable of handling significant short-circuit currents for added security

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