CBC-10B

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Circuit breakers are an important type of electrical protection device that help prevent electrical system damage due to overload, short circuits, and other problems. The CBC-10B is a type of three-pole, low-voltage circuit breaker.

The CBC-10B is designed to provide reliable, economical protection against short-circuit and overload conditions. It offers a combination of short-circuit protection, overcurrent protection and motor protection. It is designed to provide reliable, economical protection for a variety of applications, including commercial and residential buildings, industrial installations, and motor control systems, as well as high-voltage outdoor substations.

The CBC-10B is designed to interrupt the electric current in a circuit when the current reaches a predetermined level. It does this by breaking the electric connection within the circuit, which prevents any further damage to the components in the circuit. This type of circuit breaker is commonly used in the protection of industrial, commercial, and residential buildings. It can be used in combination with other protection devices such as overcurrent protection devices, surge protectors, and ground fault circuit interrupters (GFCIs).

The CBC-10B circuit breaker is based on the principle of a specific quantity of electric charge passing through a switch. When the quantity of electric charge exceeds the rated load current, the circuit breaker trips and stops the current flow in the circuit. The amount of electricity passing through the circuit must reach a specific level or current for the circuit breaker to trip and the electric connection is broken. The CBC-10B circuit breaker can be reset manually or remotely.

The CBC-10B circuit breaker uses a thermal-magnetic trip unit which is a combination of a thermal and magnetic trip mechanism. When the thermal element senses an overload in the circuit, the device trips, stopping the current flow. This type of protection is particularly effective against short-circuit faults, as it is able to detect the high current levels produced by a short circuit and quickly trip the circuit breaker. The magnetic element of the trip unit functions to protect against overload conditions. When an overload is detected, the device trips, again stopping the current flow.

The CBC-10B is rated for operation up to a maximum current of 312 amperes. This makes it suitable for the protection of circuits carrying large amounts of electrical power. It is also designed to be compatible with other types of trip units and accessories such as undervoltage release modules, overvoltage protection modules, and ground-fault protection modules.

The CBC-10B also features a range of temperature settings, enabling it to be used in a variety of applications and locations. There is also a range of trip settings, allowing the user to adjust the settings to ensure that the circuit breaker trips when the desired current level is exceeded.

In conclusion, the CBC-10B circuit breaker is a versatile device designed to provide reliable protection against overloads and short-circuits. It is able to detect high currents caused by a short circuit and quickly trips the circuit breaker, stopping the current flow. It is suitable for large electrical applications, and it is compatible with other protection devices and accessories. It is also suitable for use in a variety of temperatures and has a range of adjustable trip settings.

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