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Eaton Cutler-Hammer Series C Circuit Breakers FD3020

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FD3020

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The Eaton Cutler-Hammer FD3020 is a molded case circuit breaker designed for robust electrical protection. This device supports three poles and operates effectively within a rated current of 20 A.

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Ships from Raleigh, NC
2 Year DO Supply Warranty
Not an Authorized Distributor: DO Supply is not an authorized distributor for listed manufacturers or tradenames and therefore the manufacturer's warranty does not apply. All of our products come with DO Supply's 2-year warranty.
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Technical specifications for FD3020

ManufacturerEaton Cutler-Hammer
Product TypeMolded Case Circuit Breaker
Product LineSeries C Circuit Breakers
Part NumberFD3020
Weight4.50 lbs (2.04 kg)
UPC786679305621
Terminal TypeLoad Side Terminal
Frame SizeFrame F
Rated Current20 A
Number of Poles3 Poles
Phase Type3-Phase
Min. Frequency50 Hz
Max. Frequency60 Hz
Rated Voltage (AC)600 V AC
Rated Voltage (DC)250 V DC
Trip TypeT186
Interrupt Rating at 480 VAC35 kAIC
Interrupt Rating at 240 VAC65 kAIC

The FD3020, part of Eaton Cutler-Hammer's Series C Circuit Breakers, is engineered to deliver reliable circuit protection in various industrial settings. With a rated current capacity of 20 Amperes, this molded case circuit breaker effectively handles electrical loads in 3-phase applications.

It features a frame size classified as Frame F and accommodates load side terminals for secure connections. Designed to operate at frequencies between 50 Hz and 60 Hz, it ensures compatibility with standard electrical systems. The maximum rated voltage for this circuit breaker is 600 V AC and 250 V DC, providing versatility for both alternating and direct current applications.

This model employs a T186 trip type, ensuring precise response to fault conditions for enhanced safety. The circuit breaker's interrupt ratings are significant, rated at 35 kAIC for 480 VAC and an impressive 65 kAIC for 240 VAC. These ratings confirm the device can manage fault currents effectively, thereby safeguarding connected equipment during short-circuit scenarios.