EATON EGB1060FFG G Series Type EGB Molded Case Circuit Breaker With Metric Mounting Hardware, 347 V AC, 60 A, 25 kA at 240 V AC, 18 kA at 415 V AC, 18 kA at 480 V AC Interrupt, 1 Poles, Thermal Magnetic Trip
Cutler-Hammer Series EGB1060FFG
EATON EGB1060FFG G Series Type EGB Molded Case Circuit Breaker With Metric Mounting Hardware, 347 V AC, 60 A, 25 kA at 240 V AC, 18 kA at 415 V AC, 18 kA at 480 V AC Interrupt, 1 Poles, Thermal Magnetic Trip
Non-stock product. Available to order - lead time may vary.
BrandCutler-Hammer Series
MFG #EGB1060FFG
Werner Part #506817
UPC782114984659
Non-stock product. Available to order - lead time may vary.
BrandCutler-Hammer Series
MFG #EGB1060FFG
Werner Part #506817
UPC782114984659
Product Description
EATON Molded Case Circuit Breaker, Type EGB, Series: G Series, 347 V AC, 60 A, 50/60 Hz Frequency, 25 kA at 240 V AC, 18 kA at 415 V AC, 18 kA at 480 V AC Interrupt, EG Frame, Thermal Magnetic Trip, 1 Pole, 1 ph, Line/Load Connection, NEMA AB1-1993 Enclosure, 40 deg C, 2.99 in L x 1 in W x 5.5 in H Dimensions
Attributes
Documents
Applications
Included
Features
Attributes
Actuator TypeToggle Handle
Breaker TypeCH
Connection TypeLine/Load
Country of OriginDO
Dimensions2.99 in L x 1 in W x 5.5 in H
Enclosure Box SizeNEMA G
Enclosure TypeNEMA AB1-1993
FrameEG
Frequency Rating50/60 Hz
Housing MaterialMetal
Interrupt Rating25 kA at 240 VAC, 18 kA at 415 VAC, 18 kA at 480 VAC
Electrical, Machinery OEMs, Earth Leakage and Current Limiting Breakers Applications
Included
Frame, Trip Unit, Standard Terminals
Features
Compact design frees up panel space
Common field fit internal accessories make installation and custom configuration easy
Advanced trip unit functionality offers a wide range of adjustment for maximum flexibility
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