Eaton Circuit Breaker 3P 1400A 85KA NZMH4-ME1400 IEC - 265793

Notice: This product will be discontinued in the future

Discontinued
Eaton Circuit Breaker 3P 1400A 85KA NZMH4-ME1400 IEC - 265793
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See specifications for accurate information.
Reference: E3F8Q
Brand: EATON INDUSTRIES
Mfr. Part: 265793

The Eaton Industries MCCB motor protection switch is a compact device measuring 210x401x207mm, suitable for built-in installation and supports an overload range of 700 - 1400A. It features a nominal continuous current Iu of 1400A, using a screw-type connection for the main circuit. Its shutdown technology is electronically managed. It forms part of the NZM..-ME series of circuit-breakers that are tailored for IEC market applications. It offers added flexibility in mounting due to its modular function groups and an electronic release for phase failure-sensitive motor protection. It complies with IEC/EN 60947-4-1, IEC/EN 60947-2 standards and includes an r.m.s value measurement, thermal memory and an adjustable time-delay setting to handle current peaks tr:2-20 at 6xIr as well as infinity, excluding overload release.

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Note: product cannot be returned

Notice: This product will be discontinued in the future

Description
Specifications

The Eaton Industries MCCB motor protection switch is a compact device measuring 210x401x207mm, suitable for built-in installation and supports an overload range of 700 - 1400A. It features a nominal continuous current Iu of 1400A, using a screw-type connection for the main circuit. Its shutdown technology is electronically managed. It forms part of the NZM..-ME series of circuit-breakers that are tailored for IEC market applications. It offers added flexibility in mounting due to its modular function groups and an electronic release for phase failure-sensitive motor protection. It complies with IEC/EN 60947-4-1, IEC/EN 60947-2 standards and includes an r.m.s value measurement, thermal memory and an adjustable time-delay setting to handle current peaks tr:2-20 at 6xIr as well as infinity, excluding overload release.