MCB

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MCB is an abbreviation for Miniature Circuit Breaker. These circuit breakers perform the vital role of breaking the circuit to prevent damage from excessive current due to short circuit or overload.

When a short circuit occurs, a large amount of current begins to flow causing the MCB to trip almost immediately. In the event of an overload, it takes a few seconds to trip and interrupt the circuit.

Overloading and short circuits in the power supply can be dangerous for both people and equipment. To minimize these risks, MCBs are installed.

Pressfit’s SFT1 MCBs come with current ratings from 6A to 63A and high short circuit breaking capacity of 10kA. SFT1 circuit breakers adhere to the IS/IEC 60898-1 norms and are perfect fit for your heavy electrical appliances.

SP MCB

SP MCB

SPN MCB

SPN MCB

DP MCB

DP MCB

TP MCB

TP MCB

TPN MCB

TPN MCB

FP MCB

FP MCB

EXCEPTIONAL FEATURES

IP20 Class Protection

Pressfit’s SFT1-MCBs are equipped with IP20 protection. It describes the ingress protection against solid objects of up to 12 mm, e.g. person’s fingers. This helps to avoid direct contact with the internal parts of the MCB, which could result in electric shock.

High-Speed Breaking ​​Mechanism

SFT1-MCB has a high-speed breaking mechanism which employs electrodynamic forces generated by the strong current due to a short circuit. The contacts get separated much faster before they can peak, which suppresses the high current.

High Breaking Capacity

A high short circuit breaking capacity makes SFT1 MCBs perfect for heavy electrical applications. They are competent to protect the electrical devices by breaking the circuit, even if the current is up to 10 kA.

Energy Efficient

SFT1 circuit breakers comply with IS / IEC 60898-1 standards and offer lower power dissipation compared to IS / IEC benchmarks. Less power outage makes it energy efficient and saves money by lowering your electricity bills.

Better Air Circulation

When two or more poles are placed side by side, the breathing channels are contoured to allow air to circulate around each pole, resulting in cooler operation.

  APPLICATION OF MCB

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