IMG6-1RLS4-52-30.0-91-V

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Introduction

Circuit breakers are essential equipment for the electrical industry to ensure the safe operation of power systems. There are many types of circuit breakers, such as air-fed, gas-fed, oil-fed and magnetohydrodynamic (MHD). IMG6-1RLS4-52-30.0-91-V is also a type of circuit breaker. It is primarily used in medium voltage applications, such as 600-15000VAC. In this article, the application field and working principle of IMG6-1RLS4-52-30.0-91-V will be discussed in detail.

Application Field

IMG6-1RLS4-52-30.0-91-V is a static magnetic operated medium voltage circuit breaker. It is primarily used in medium voltage applications, such as 600-15000VAC. As it only operates at medium voltage applications, it is suitable for both single-core and multi-core cables. Moreover, it is also suitable for both indoor and outdoor applications. Therefore, it is often used in oil, gas and petrochemical installations, such as oil refineries, offshore platforms and power plants.

Working Principle

IMG6-1RLS4-52-30.0-91-V is a static magnetic operated medium voltage circuit breaker. This type of circuit breaker uses the principle of static magnetism. To understand its working principle, consider the following example. When a fault occurs, the circuit breaker is triggered by a static magnetic force. This causes the contact and arc quenching mechanism to move towards each other. At this point, the arc that is generated due to the sudden increase of current is extinguished. The static magnetic force then pulls the contact and arc quenching mechanism away from each other, allowing the current to be interrupted.

Conclusion

In summary, IMG6-1RLS4-52-30.0-91-V is a static magnetic operated medium voltage circuit breaker and is primarily used in medium voltage applications, such as 600-15000VAC. It is suitable for both single-core and multi-core cables and for both indoor and outdoor applications. It also uses the principle of static magnetism, where an arc is generated due to a sudden increase in current, which is then extinguished by a static magnetic force.

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