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EATON GBH3060 Image 1

EATON GBH3060 60A 3-POLE THERMAL MAGNETIC CIRCUIT BREAKER

MFR Part #: GBH3060
SKU #: 1303633
Brand: EATON
UPC: 621037054394
Cutler-Hammer GBH3060 C Series Type GBH Molded Case Circuit Breaker, 600Y/347 V AC/125/250 V DC, 60 A, 10 kA, 3 Poles, Thermal Magnetic Trip
Panelboard, Switchboard, Motor Control Center and Busway Applications
UL 489|CSA C22.2 No. 5|HACR Rated|RoHS Compliant|ARRA Compliant|Buy American Act Compliant

Cutler-Hammer Molded Case Circuit Breaker, Type GBH, Series: C Series, 600Y/347 V AC/125/250 V DC, 60 A, 10 kA Interrupt, G Series Frame, Thermal Magnetic Trip, 3 Poles, Line/Load, NEMA AB1-1993, Panel Mount, 6.6 in L x 3.8 in W x 4 in H

EATON series C molded case circuit breakers are used in panelboard, switchboard, motor control center and busway applications for dependable branch circuit protection. They have proven user acceptance for over 20 years and meet or exceed North American standards. Available for systems up to 600 VAC or 250 VDC with current ratings up to 2500 A.

Product Details

Cutler-Hammer Molded Case Circuit Breaker, Type GBH, Series: C Series, 600Y/347 V AC/125/250 V DC, 60 A, 10 kA Interrupt, G Series Frame, Thermal Magnetic Trip, 3 Poles, Line/Load, NEMA AB1-1993, Panel Mount, 6.6 in L x 3.8 in W x 4 in H

EATON series C molded case circuit breakers are used in panelboard, switchboard, motor control center and busway applications for dependable branch circuit protection. They have proven user acceptance for over 20 years and meet or exceed North American standards. Available for systems up to 600 VAC or 250 VDC with current ratings up to 2500 A.

Attributes

Amperage Rating60 A
Connection TypeLine/Load
Dimensions6.6 in L x 3.8 in W x 4 in H
Enclosure TypeNEMA AB1-1993
FrameG Series
Height4 in
Interrupt Rating10 kAIC, 10 kA
Length6.6 in
Mounting TypePanel
Number of Poles3
Number of Wires4
Phase3
SeriesC Series
Trip TypeThermal Magnetic
TypeType GBH
Voltage Rating600Y/347 V AC/125/250 V DC
Weight1.75 lb
Width3.8 in

Features

  • Patented contact design features high speed blow open action, resulting in superior performance
  • Circuit breakers significantly outperform the calculations listed in The Institute of Electrical and Electronic Engineers (IEEE) standard 1584-2002, guide for performing arc flash hazard calculations