Eaton NZM3 4P 320A Circuit-Breaker Plug-In Module - 168464

Eaton NZM3 4P 320A Circuit-Breaker Plug-In Module - 168464
Image may vary slightly
See specifications for accurate information.
Reference: E3K8E
Brand: EATON INDUSTRIES
Mfr. Part: 168464

The Eaton Industries MCCB power switch is designed for consistent usage at a nominal current of 320A and a nominal voltage of 690V. It features a nominal breaking capacity of 36kA at 400V and an adjustable overload protection range of 250 - 320A, as well as a non-delay short-circuit setting range of 1920 - 19200A. The device comes in a plug-in construction form for easy installation. Additionally, the NZM series circuit-breakers cater to all application cases using only four compact sizes and are compatible with the IEC market, offering flexible installation options through the use of modular function groups.

View all
Note: product cannot be returned
Regular price
£1,899.74
excl VAT

In stock Ships in 33d Not available Not available
0 are currently in your cart. For orders exceeding 0, expect an increased lead time of 33 days. Up to 1 items available for online order. For higher quantities, please contact us on support@tameson.com to request the lead time. The item is not available for online order, please contact us on support@tameson.com to request the lead time.

Shipping to United Kingdom: Free
Free for orders > £75.00 (excl VAT)
Expected delivery in 35 - 36 business days

Description
Specifications
Related products

The Eaton Industries MCCB power switch is designed for consistent usage at a nominal current of 320A and a nominal voltage of 690V. It features a nominal breaking capacity of 36kA at 400V and an adjustable overload protection range of 250 - 320A, as well as a non-delay short-circuit setting range of 1920 - 19200A. The device comes in a plug-in construction form for easy installation. Additionally, the NZM series circuit-breakers cater to all application cases using only four compact sizes and are compatible with the IEC market, offering flexible installation options through the use of modular function groups.