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Description
- GE HE693DAC410 Product Information
- Product Name: GE HE693DAC410 Molded Case Circuit Breaker
- Product Description:
- The GE HE693DAC410 Molded Case Circuit Breaker is a compact and highly reliable electrical protection device.
It is designed to provide short-circuit and overload protection for low-voltage power circuits in a range of applications.
The molded case construction offers excellent electrical and mechanical performance, as well as resistance to environmental factors.
The HE693DAC410 is suitable for use in both industrial and commercial settings, where it helps to protect electrical equipment and wiring from damage caused by excessive currents. - Product Parameters:
- Voltage Rating: Specifies the maximum voltage the circuit breaker can safely handle.
Current Rating: Indicates the maximum continuous current the circuit breaker can carry under normal conditions.
Short-Circuit Capacity: Details the maximum fault current the circuit breaker can safely interrupt.
Trip Characteristic: Describes the time-current relationship of the breaker, specifying how long it takes for the breaker to trip under various fault conditions.
Mechanical Life: The estimated number of mechanical operations the circuit breaker can perform before maintenance or replacement is required. - Product Specification:
- Dimensions: Provides the physical dimensions of the circuit breaker, including length, width, and height.
Weight: Specifies the weight of the circuit breaker for shipping and handling purposes.
Mounting Type: Describes the type of mounting required for the circuit breaker, such as panel mount or bracket mount.
Terminal Configuration: Details the type and arrangement of terminals for wire connections.
Environmental Ratings: Specifies the temperature, humidity, and other environmental conditions the circuit breaker can operate under. - For more detailed and specific information about the GE HE693DAC410 Molded Case Circuit Breaker, it is recommended to refer to the official product documentation or contact GE directly.
