KEX10(B)C

Introduction

KEX10(B)C is a special type of industrial equipment designed for heavy-duty applications. It is a high voltage arc flash protection system that provides effective protection against arc-start, arc-stop, and selected other electrical faults. This system is used in electrical power distribution, industrial process control systems, and other high-voltage applications. It can also be used in electric motors, generators, and other related equipment.

Working Principle

KEX10(B)C is an energy-based protective device that responds to electrical faults in order to disconnect the power supply and prevent system damage due to arcs or surges. It is designed to sense electrical arcs and other electrical faults, and to respond quickly by rapidly opening any fault-ed circuits, thereby eliminating potential short-circuit or arc-flash hazards. KEX10(B)C works by employing a combination of several safety features. These include a high-voltage current sensing element that will operate a circuit breaker in the event of an arc or difference in current levels between connected loads, as well as a solid-state detection element that will detect arc flashes. Additionally, it uses optical and electronic sensing mechanisms, and can differentiate between transient, overload, and steady state thermal conditions.

Application Fields

The KEX10(B)C can be used in a variety of electrical power distribution, industrial process control systems, and other high-voltage applications. This includes applications in electric motors, generators, non-metallic cable insulation, and other related equipment. Additionally, the KEX10(B)C system can be used in the petrochemical industry, for protecting against arc blasts and arcsplashes, as well as oil and gas pipelines. The system is also suitable for use in industrial plants and buildings.

Conclusion

The KEX10(B)C system is a specialized type of industrial equipment designed to protect against arc-start, arc-stop, and selected other electrical faults. It utilizes several safety features, including a high-voltage current sensing element, solid-state detection element, and optical and electronic sensing mechanisms. This system can be used in a variety of electrical power distribution, industrial process control systems, and other high-voltage applications, making it an effective and reliable choice for many industrial and commercial applications.