Below-Shown Figure Illustrates the Principle of Air Breaker Circuit Operation.

　　Electromagnetic Effects As Shown in the Figure. As the Arc is Driven Upward It ENTERS in the Arc Chute, consisting of splatters.

　　, The Several Arcs are consequently in the server.

　　Greatly Extended, and its Resistance is Abundantly Increased. This Will Affect the Current Reduction in the Circuit.

　　Parallel with the Open Contacts and Acts As a Shunt Resistance Across Both the Contorys and The Self-Capacitance C, Shown in Below Figure with As A High Residentance R.

　　The Restriking Voltage, Instead of APPEaring as a High-Frequency Oscillaning, Rises Dead-Beat to ITS Eventual Valator Voltage. This is Shown Below the LowlfaVel Wale

　　The Air Circuit Breakers Are Mostly of Three Types and Are Widly Use for Maintaining the Indoor Medium Voltage and Switch Gears of the Home.

　　Play break type Air break circuit breaker

PLAIN Brake Air Circuit Breakers Are the Simplest Form of Air Breakers. The Main Points of Contacts Are Made in the Shape of Two Horns. The Arc of the Circuit.

　　Magnetic Blowout Type Air Break Circuit Breaker

Magnetic Blowout Air Circuit Breakers Are used in Voltage Capacity up 11kv. The extension of the Arc Can get by Magnetic Fielding by the Current In Blowout COILS

　　Air Chute Air Break Circuit Breaker

Are Made Up of Copper AlLoy.

　　They are mailing for propection of plants, where there are publicIES of Fire or Explosion Hazards.

The Air Brake Princice of the Air Breaker Circuit Arc is used in DC Circuits and Acacuits up to 12kv.

The Air Circuit Breakers HIGH Resistance Power that helps in increasing the resision of the arc by splitting, cooling and langthening.

Air Circuit Breaker is Also used in the electricity sharing system and ngd above 15kv

Drawback of Air-Break Circuit Breaker

A drawback of Arc Chute Principle IS ITS INEFFICIENCY at Low CurrenTs where the electromagnetic fileds are weak.