CBS-15

Circuit breakers are electrical devices used to protect systems and hardware from damage due to excessive current or voltage. CBS-15 circuit breakers are an industrial grade breaker, typically used in high voltage or high voltage applications. The CBS-15 is designed to trip or break the circuit when the current flow or voltage becoming too high.

General Working Principle and Design

A CBS-15 breaker utilizes electromagnetic and thermal forces to operate. The design is based on an iron core with a coil wrapped around it. When current flow increases to the designed maximum allowable limit, it produces and electromagnetic force that causes the armature to contact the system, breaking the flow of current and interrupting the circuit.

The contact of the armature creates a spark which creates thermal energy, which then acts to open the circuit. This two-stage process is designed to ensure that an overload does not reoccur after the breaker has tripped. This two-stage protection is vital for protecting the circuit.

Application Field and Working Principle

The CBS-15 is a general purpose breaker which can be used in a variety of applications. This includes residential, commercial, and industrial settings. It can be used to protect electrical wiring, systems, and equipment from failure or destruction due to over-current or over-voltage conditions. These types of breakers are often used in large scale industrial settings, as they are able to handle large currents and voltages, as well as handle varying current variations.

The CBS-15 breaker is a fail-safe device and will trip or break the circuit if the current flow or voltage becomes excessive. The breaking of the circuit will usually occur before the current or voltage reaches a level that could cause significant damage to the system or equipment. This is due to the thermal and electromagnetic forces at work which will act to open the circuit quickly to prevent excessive damage.

Safety Features

The CBS-15 is fitted with several safety features. It has a protective terminal shield which prevents arcing or sparking of the contacts upon tripping. It also has an internal fuse that will blow if the breaker is overloaded, which will further prevent any damage. Additionally, the CBS-15 has a manual reset feature which allows for a reset of the breaker without needing to replace the unit itself.

These features, combined with the electromagnetic and thermal forces at work give the CBS-15 its ability to quickly trip and protect the system from damage. The breaker is also designed to be able to handle variations in current and voltage which is an important factor in its overall safety.

Conclusion

Overall, the CBS-15 is an effective and reliable breaker for a variety of electrical applications. Its dual stage protection and safety features make it an ideal choice for high voltage or large current applications. Its ability to handle current variations and quick trip times make it an excellent choice for protecting systems and equipment from excessive current or voltage.