IC660BBD101 IC660EBD101 GE

GE IC660BBD101 and IC660EBD101 Product Information

Product Names:

IC660BBD101: GE Low-Voltage Power Distribution Breaker
IC660EBD101: GE Low-Voltage Power Distribution Circuit Breaker

Descriptions:

IC660BBD101: This is a low-voltage power distribution breaker from GE, designed for use in electrical systems to protect circuits and equipment from overloads and short circuits. It is typically installed in switchboards, panelboards, or other low-voltage distribution equipment.

IC660EBD101: This is a low-voltage power distribution circuit breaker from GE. It provides selective protection to circuits, preventing damage from excessive current or short circuits. These breakers are often found in industrial, commercial, and institutional electrical systems.

Product Parameters:

Both IC660BBD101 and IC660EBD101 have similar parameters, which may include:

Rated Current (In): The maximum continuous current that the breaker can carry without tripping.
Breaking Capacity (Ics): The maximum fault current that the breaker can safely interrupt.
Short-Circuit Withstand Capacity (Icw): The maximum short-circuit current that the breaker can withstand for a specified time without damage.
Tripping Characteristic: The time-current curve that defines how the breaker trips under different fault conditions.
Number of Poles: The number of phases or lines the breaker protects (e.g., single-phase, three-phase).

Product Specification:

The specifications for the IC660BBD101 and IC660EBD101 breakers include dimensions, weight, rated current, breaking capacity, short-circuit withstand capacity, tripping characteristics, number of poles, and any other relevant information required for proper selection, installation, and operation. These specifications are typically detailed in the manufacturer’s official documentation.

For accurate and detailed product specifications, installation instructions, and any additional information required for the proper operation and maintenance of the IC660BBD101 and IC660EBD101 breakers, it is recommended to refer to the manufacturer’s documentation or contact GE directly.