6ka MCB - Manufacturers, Factory, Suppliers From China

To continually enhance the management technique by virtue of your rule of "sincerely, great faith and high-quality are the base of company development", we widely absorb the essence of similar merchandise internationally, and continuously build new merchandise to meet the demands of customers for 6ka MCB, Staircase Timer, 10ka Smart Mcb, 3phase Smart Mcb,Relay Contactor. Our tenet is "Reasonable prices, economical production time and very best service" We hope to cooperate with much more shoppers for mutual enhancement and benefits. The product will supply to all over the world, such as Europe, America, Australia,Hungary, Bandung,Turin, Malawi.We strive for excellence, constant improvement and innovation, is committed to make us the "customer trust" and the "first choice of engineering machinery accessories brand" suppliers. Choose us, sharing a win-win situation!

What is 6kA in MCB?

For example, a value of 6kA means that the circuit breaker can withstand 6,000 amps of current during the brief time it takes to trip. The 6kA breaking capacity of these MCB's are ideal for commercial and domestic and industrial applications.

Do I need a 6kA or 10kA MCB?

The capability of the MCB to operate under these conditions gives its short circuit rating in kiloamps (kA). In general for consumer units a 6kA fault level is adequate whereas for industrial boards 10kA fault capabilities or above may be required. MCBs are offered in types B , C and D characteristics.

What is MCB manufacturing?

MANUFACTURING PROCESS:

An MCB embodies complete enclosure in a moulded insulating material. This provides mechanically strong and insulated housing. The switching system consists of a fixed and a moving contact to which incoming and outgoing wires are connected.

What is the full name of MCB?

Miniature Circuit Breaker

The full form of MCB is Miniature Circuit Breaker. It is a kind of electronic switch that functions automatically. It can detect a problem occurring inside a circuit by identifying the extreme amount of current flow in the circuit.