What is a SF6 circuit breaker? SF6 is basically known as sulfur hexafluoride circuit breaker. And sulfur hexafluoride circuit breaker is a type of medium voltage circuit breaker. When sulfur hexafluoride gas is used to extinguish the arc, it is called an SF6 circuit breaker. This gas is known to extinguish the arc rapidly, as it has a very high dielectric strength and acts as an insulating medium. A large amount of arcing occurs when the stationary and moving contacts move away from each other during a trip or off condition. In this circuit breaker, as gas arcs in the enclosure, the dielectric strength of the gas increases during arc formation. This automatically reduces or cancels the high current generated. SF6 circuit breakers have excellent insulating properties and high electro-negativity. It is used at voltages from 33KV to 800KV.

What is the VCB? Basically the VCB is a vacuum circuit breaker. And the vacuum circuit breaker is a type of medium voltage circuit breaker. Circuit breakers are all about extinguishing high-tripping currents or arcs that occur in power-off conditions. So, when the vacuum is used to extinguish the arc, it is called a vacuum circuit breaker. VCB is used at voltages from 11KV to 33KV. A large amount of arcing occurs when the stationary and moving contacts move away from each other in a tripped or off condition. In this circuit breaker, since the arcing takes place in a vacuum enclosure, the dielectric strength of the vacuum increases during arc formation. It automatically reduces or cancels the high currents that are generated. It has dielectric recovery character, excellent interruption and can interrupt high-frequency current caused by arc instability, superimposed on line frequency current.

What is MPCB? MPCB is basically known as motor protection circuit breaker. And motor protection circuit breaker is a kind of low-voltage circuit breaker. An MPCB works similar to an MCCB, but has electrical features designed in such a way that it efficiently protects the motors against various types of faults. Also, it has an on-off switch to turn on or off the power supply to the motor. It is worth noting that an MCCB can also be used to protect motors, but it has limited motor protection functions compared to MPCB. Some of the other faults that MPCB can protect the motor from are phase loss, current imbalance and under-voltage fault. The MPCB has a special feature of auto-resetting. This allows the motor to resume its function after a certain period of time after the motor has been tripped. The MPCB has adjustable bimetallic strip for overload protection. The strip for overload protection can be adjusted to any two set values. The MPCB can also provide protection against line-to-line

What is the RCBO? RCBO is basically known as residual current circuit breaker with overcurrent. And residual current circuit breaker with overcurrent is a kind of low-voltage circuit breaker. RCBOs are used to protect against earth leakage fault currents with over currents. RCBO has extra protection against overload and over current. And it mainly uses a microcontroller and it can also be called as a combination of MCCB and RCCB. That is why; It is more useful than the RRCB; Because RCCB does not provide protection against overcurrent. Some RCBO have indicators to indicate any earth fault. This feature is very useful as it helps the engineer quickly in troubleshooting.

What is the RCCB? RCCB is basically known as residual current circuit breaker. Residual current circuit breakers are a type of low-voltage circuit breaker. RCCB is used to protect against earth leakage fault current. RCCB have small current ratings, typically up to 160A. RCCB provides protection against lightning shock. This is because the role of the RCCB is mainly to detect earth leakage and trip the circuit if detected. There is a test circuit operation to check if the RCCB is working.

What is MCCB? MCCB is basically known as Molded Case Circuit Breaker. And Molded Case Circuit Breaker is a type of low-voltage circuit breaker. MCCB are used for higher power requirements like industrial or large commercial applications. The MCCB can be used up to 2500 A. This makes it possible to use MCCB in large applications. Interruption rating of MCCB can go up to 200000 A. MCCB have various tripping functions such as continuous ampere, long time delay, short time pickup, short time delay, instantaneous pickup and ground fault pickup. These are adjustable trip functions, which means you can set trip parameters to suit your needs; Thus providing the user with more flexibility to design the circuit. MCCB is enclosed in a molding or housing of molded material and hence known as molded case circuit breaker.

What are MCBs? Basically MCB is known as miniature circuit breaker. And MCB is a type of low-voltage circuit breaker. MCBs are used for household purposes or for low power applications such as small electrical panels. MCB can be used up to 100 A only. The MCB has an interrupt rating of up to 18000 A. Class 3 MCBs are very popular these days due to their fast tripping capability and their minimal energy loss.

What are the types of circuit breakers? Basically a type of circuit breaker  MCB (Miniature Circuit Breaker) MCCB (Molded Case Circuit Breaker) RCCB (Residual Current Circuit Breaker) RCBO (Residual Current Circuit Breaker with Overcurrent) MPCB (Motor Protection Circuit Breaker) VCB (Vacuum Circuit Breaker) SF6 (Sulphur Hexafluoride) Circuit Breaker Oil Circuit Breaker

What is a Parallel Circuit? Parallel Circuit  Basically a parallel circuit is one in which the components are directly connected to each other. Each component in a parallel circuit operates at the same voltage as the source. In other words, the voltage across different components in a parallel circuit is the same. [ Vt = V1 = V2 = V3…= Vn ]. And in this circuit two or more paths are available for current flow. The number of current paths is equal to the number of parallel elements. And two or more paths are available for current flow in this circuit. The number of current paths is equal to the number of parallel elements. In a parallel circuit the current is varied and mixed. [ To = I1 + I2 + I3…+In]. In a resistive parallel circuit, the total resistance is less than any of the individual resistances. [ Rt = 1 / (1/R1 + 1/R2+ . . . 1/Rn) ]. In an inductive parallel circuit, the total inductance is less than any individual inductance. [ Lt = 1 / (1/L1 + 1/L2+ . . . 1/Ln)]. and capacitiv

What is a Series Circuit? Series Circuit  Basically this circuit consists of a series of elements connected one after the other. And it is also called one to one connection or cascade connection. A circuit short in series or a break at any point in the circuit causes the entire circuit to become unusable. The total voltage applied to a series circuit is distributed in a series of voltage drops across the various components of the circuit. In other words, the sum of the voltage drops across the individual components in a series circuit equals the total applied voltage. [ Vt = V1 + V2 + V3…+Vn ]. There is only one path available for current flow in this circuit and the current through all the elements in a series circuit is the same. [ It = I1 = I2 =I3 … = In ]. Basically in a resistive series circuit, the total resistance is equal to the sum of the individual resistances. [ Rt =  R1 + R2 + R3…+Rn ]. In an inductive series circuit, the total inductance is equal to the sum of the individu

Circuit Diagram And Its Electrical Component Types Circuit Diagram A circuit diagram is an image and essentially shows the interconnection of electrical components in the form of a standardized symbolic representation. A circuit diagram shows actual electrical component connections in image format. And a circuit diagram is known as a graphical representation of a circuit. Circuit A circuit is basically a group of electrical components connected together by wires or soldering. Basically the circuit is designed using soldering is called PCB design. And an electrical circuit is a closed loop of electrical components and uses a battery or power supply to flow electricity in the circuit. Electrical circuit is divided into two types, first is series circuit and second is parallel circuit. 1. Series Circuit Basically a series circuit means that all components carry the same amount of current. And series circuits arrange all components in a line basically in series form. And the disadvantages

Electrical Circuit  An electrical circuit is a group of electrical components such as resistors, capacitors, transistors, diodes and inductors which are connected by wires but now the interconnection of electrical components is done using soldering and is known as PCB design. In an electrical circuit, electrons leave a power source, travel along a conductor, pass through a load to do work, and finally return to the source. It is called a circuit because of the circular path through which electrons flow. In an electrical circuit, electrons travel from the negative side to the positive side.