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EATON BR360 Image 4

EATON BR360 BR 60A 3-POLE 10KAIC THERMAL MAGNETIC CIRCUIT BREAKER

MFR Part #: BR360
SKU #: 0711140
Brand: EATON
UPC: 786676367950
EATON BR360 Type BR Circuit Breaker, 240 V AC, 60 A, 10 kA Interrupt, 3 Poles, Thermal Magnetic Trip
10 years
Conventional Energy Generation, Renewable Energy and Alternative Energy Generation, Marine Vessels and Equipment, Type BR Loadcenters and Circuit Protection Applications
CSA Certified | Federal Specification W-C-375 | NEMA Approved | UL 489

EATON Circuit Breaker, Type BR, 240 V AC, 60 A, 10 kA Interrupt, Thermal Magnetic Trip, 3 Pole, 3 ph, 4 to 1/0 AWG Wire, NEMA 1/4X/3R, Plug-On Mount, 600 to 750 deg C, 3 in L x 3 in W x 3 in H

Eatons BR circuit breakers are used in indoor and outdoor BR loadcenters, spa panels, meter breakers and sub panels. They are designed for a wide range of applications such as high short-circuit interrupt, series rating combinations with upstream main breakers, thermal magnetic, AFCI, GFCI, equipment protection and dual function AF/GF.

Product Details

EATON Circuit Breaker, Type BR, 240 V AC, 60 A, 10 kA Interrupt, Thermal Magnetic Trip, 3 Pole, 3 ph, 4 to 1/0 AWG Wire, NEMA 1/4X/3R, Plug-On Mount, 600 to 750 deg C, 3 in L x 3 in W x 3 in H

Eatons BR circuit breakers are used in indoor and outdoor BR loadcenters, spa panels, meter breakers and sub panels. They are designed for a wide range of applications such as high short-circuit interrupt, series rating combinations with upstream main breakers, thermal magnetic, AFCI, GFCI, equipment protection and dual function AF/GF.

Attributes

Country Of Origin: Dominican Republic
Voltage Rating: 240 V AC
Dimensions: 3 in L x 3 in W x 3 in H
Phase: 3
Trip Type: Thermal Magnetic
Wire Size: 4 to 1/0 AWG

Features

  • and AF/GF designs
  • Short-body design maximizes your space inside the loadcenter
  • creating additional wire-way and gutter space for ease of installation
  • Easy to read trip codes through improved LEDs and a clear test button increases your troubleshooting efficiency
  • Improved AFCI and GFCI algorithms significantly reduce nuisance tripping
  • resulting in less call backs