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Product Overview
4P MCBs, 6KAs, and C-Curve are miniature circuit breakers designed for use in low-voltage electrical installations. It is a type of switch that is designed to automatically disconnect the electrical circuit when a fault or overload occurs, protecting the electrical equipment and preventing the risk of fire or electrical shock. The 4P MCBs are designed to protect four electrical circuits, and it have a breaking capacity of 6 ka, which means it can interrupt the flow of electricity in the circuit when a fault or overload occurs.
The C-curve indicates the trip characteristic of the MCB, which is the way in which it responds to different levels of overload or fault current. In this case, the C-curve means that the MCB will trip quickly in response to a moderate level of overload or fault current. These MCBs are quadruple pole (4P), which means it have four switch poles and are designed to protect all three phases of a three-phase electrical system, as well as a neutral conductor.
It is typically used in residential, commercial, and industrial installations to protect circuits with higher electrical loads, such as distribution boards, large machinery, and transformers. 4P MCBs, 6KAs, and C-Curve is reliable and effective components for protecting electrical installations from faults and overloads and are an essential part of modern electrical safety systems.
Features
C-curve MCBs have a trip characteristic that is sensitive to short-circuit currents.
MCB can interrupt a fault current of up to 6 kiloamps.
Can protect all three phases of a three-phase system.
Benefits
Easy Installation.
Reliable and Safe.
Space-Saving Design.
Cost-Effective.
High-Quality Performance.
Technical Specifications
4P MCBs, 6KAs, and C-Curve are miniature circuit breakers designed for use in low-voltage electrical installations. It is a type of switch that is designed to automatically disconnect the electrical circuit when a fault or overload occurs, protecting the electrical equipment and preventing the risk of fire or electrical shock. The 4P MCBs are designed to protect four electrical circuits, and it have a breaking capacity of 6 ka, which means it can interrupt the flow of electricity in the circuit when a fault or overload occurs.
The C-curve indicates the trip characteristic of the MCB, which is the way in which it responds to different levels of overload or fault current. In this case, the C-curve means that the MCB will trip quickly in response to a moderate level of overload or fault current. These MCBs are quadruple pole (4P), which means it have four switch poles and are designed to protect all three phases of a three-phase electrical system, as well as a neutral conductor.
It is typically used in residential, commercial, and industrial installations to protect circuits with higher electrical loads, such as distribution boards, large machinery, and transformers. 4P MCBs, 6KAs, and C-Curve is reliable and effective components for protecting electrical installations from faults and overloads and are an essential part of modern electrical safety systems.