The RGC320036E electronic circuit breaker by Eaton Cutler-Hammer is a molded case circuit breaker from the Series G, Frame RG breaker series that is designed to provide enhanced performance in a considerably smaller space. The Series G RG frame circuit breakers feature considerable size reduction, field-fit accessories, and built-in ground fault protection within a single package. The RGC320036E has an 80% standard operating efficiency rating, and a maximum carrying current rating of 2000 Amps. It has a 100 kAIC interrupting rating at 480 Volts AC and it is suitable for 600 Volts AC and 50 to 60 Hertz line frequency applications. The RGC320036E circuit breaker has a 3-pole design and it is suitable for reverse field use. It comes with standard copper/aluminum line and load-side terminals that are rated for 100% use, and it can be installed perfectly by using base mounting hardware.
The RGC320036E circuit breaker features the “DigiTrip 310+” digital trip unit which offers true RMS sensing for precise, accurate, and reliable system protection, and it has front-adjustable controls. The RGC320036E circuit breaker has adjustable short time pick-up settings and selectable long-time delay and pick-up settings as standard control features, and it also offers an instantaneous setting option with an override setting of up to 10 times the standard trip rating. The RGC320036E circuit breaker has ground fault pickup and flat response ground fault delay setting options which provide ground fault protection at down to 20 Amps. The RGC320036E circuit breaker has an operating temperature limit of 40 degree Celsius (without de-rating), and a designated operating range within -20 to 70 degrees Celsius. The RGC320036E circuit breaker has approximate dimensions of 393.7 x 406.4 x 247.7 millimeters, and an average weight of 46.3 kilograms.
Repair Services for RGC320036E
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Our highly skilled technicians can repair your RGC320036E. All of our repairs come with a 1 Year DO Supply Warranty. Please contact us for additional information about our repair process.