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Vashi Integrated Solutions is One-stop integrated products and solutions provider for all industrial and commercial sourcing needs
Vashi Integrated Solutions is One-stop integrated products and solutions provider for all industrial and commercial sourcing needs

ACB - Air Circuit Breakers

  • Original price ₹575,015
    Original price ₹575,015 - Original price ₹575,015
    Original price ₹575,015
    Current price ₹271,407
    ₹271,407 - ₹271,407
    Current price ₹271,407

    (₹230,006 + GST)

    Siemens 3WT81616UA385AB2 -1600A;3P;EDO;ETU37WT;LSING+DISPLY;H-V TERM

    Siemens 3WT81616UA385AB2 -1600A;3P;EDO;ETU37WT;LSING+DISPLY;H-V TERM

    Original price ₹575,015
    Original price ₹575,015 - Original price ₹575,015
    Original price ₹575,015
    Current price ₹271,407
    ₹271,407 - ₹271,407
    Current price ₹271,407
  • Original price ₹368,710
    Original price ₹368,710 - Original price ₹368,710
    Original price ₹368,710
    Current price ₹195,785
    ₹195,785 - ₹195,785
    Current price ₹195,785

    (₹165,919 + GST)

    Siemens 3WT81616AA000AA2-1600A;FR:I;3P;MF;ETU37WT;LSING+ DISPLY

    Siemens 3WT81616AA000AA2-1600A;FR:I;3P;MF;ETU37WT;LSING+ DISPLY

    Original price ₹368,710
    Original price ₹368,710 - Original price ₹368,710
    Original price ₹368,710
    Current price ₹195,785
    ₹195,785 - ₹195,785
    Current price ₹195,785

Buy ACB - Air Circuit Breakers

ACB is an electrical device used to provide protection against overcurrent and short-circuits. These are used in low-voltage switchgear. An electrical air circuit breaker is a switching device that can be operated manually as well as automatically for the control and protection of electrical power systems, respectively. An air circuit breaker is the kind of circuit breaker that operates in air at atmospheric pressure. The ACB Air Circuit Breaker Switch is an automatic switch that opens and closes according to the current flowing through the circuit.

The Functions and Types of ACB:

  • Automatic or manual opening and closing of circuits
  • Automatic opening occurs during fault occurrences such as overcurrent, short circuit, earth fault, over frequency, and reverse power.
  • Dampening of arcing in cases of overloading

ACB breaker comes in different types:

There are several types of ACB breakers, each tailored for specific scenarios:

  • Plain Break Type ACB: The simplest form of an air circuit breaker features two horn-shaped contacts where the arc extends from one tip to the other.
  • Magnetic Blowout Type ACB: Used in circuits with voltage capacities up to 11KV, these breakers utilize blowout coils to produce a magnetic field that extends the arc.
  • Air Chute ACB: These ACBs have copper-made main contacts that conduct the current when in closed positions. They boast low contact resistance, silver-plated contacts, and solid, heat-resistant construction.

Application of the ACB circuit breakers:

  • Air circuit breakers find applications in various industries and settings, including:
  • Industrial plants and electrical machines such as capacitors, generators, and transformers.
  • Environments are prone to fire or explosion risks.
  • NGD (Neutral Grounding Device) and Electricity Sharing Systems
  • Power station auxiliaries control
  • Low/high current and voltage applications.
  • Maintenance of switchgear and indoor medium-voltage systems

Choose Vashi Integrated Solutions:

Vashi Integrated Solutions is your reliable source for high-quality ACB solutions. Explore our collection at ACB  and discover the perfect ACB circuit breaker for your needs. Our commitment to safety, durability, and operational excellence ensures that you receive superior protection for your electrical systems. Partner with us today and experience the reliability and efficiency of our ACB products

Frequently Asked Questions

Q1. What is an Air Circuit Breaker (ACB)?

Ans. An Air Circuit Breaker (ACB) is an electrical switching device designed to interrupt or isolate electrical circuits in the event of over currents, short circuits, or other faults. It uses compressed air to extinguish the arc created during a circuit interruption.

Q2. How does an ACB work?

Ans. An ACB operates by using a stored energy mechanism to rapidly open its contacts when a fault occurs. The fault current generates an arc, and the ACB's design extinguishes the arc using a blast of compressed air, ensuring a safe circuit interruption.

Q3. What are the advantages of using ACBs?

Ans. ACBs offer several advantages, including high breaking capacity, reliable performance, reduced maintenance needs, and the ability to handle large fault currents in demanding industrial and commercial applications.

Q4. Where are ACBs used?

Ans. ACBs are widely used in power distribution networks, industrial plants, data centers, commercial buildings, and critical infrastructure to protect equipment and personnel from electrical faults.

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