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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

32 amp MCB Price

Buy 32 AMP MCB Price for Online

MCB (Miniature Circuit Breakers) are essential components in both residential and commercial buildings. Their primary function is to protect electrical circuits from excessive current by automatically switching off during overloads or short circuits. Among the various types available, the 32 amp MCB stands out for its effective tripping characteristics, ensuring safety and efficiency. Many brands offer 32 amp MCB Price that boast low power consumption and secure terminals, making them a popular choice for diverse applications.

Shop for a 32 amp MCB and Price Your Electrical Needs

The most common MCB types include single pole, double pole, and triple pole variants. When selecting an MCB for residential, commercial, or industrial use, it is crucial to choose a reputable brand and reliable supplier. Numerous online stores claim to provide premium quality MCB in various configurations. 

Top brand 32 amp MCB Price online

ABB 32 Amp MCB: ABB  32 Amp MCB are designed with robust dual poles and high protection features, effectively shielding your space from damage caused by short circuits or overloads. Known for their durability and high protection levels, ABB MCB ensure your electrical systems remain secure and reliable.

Legrand 32 Amp MCB: Legrand offers an experienced and qualified range of MCB suitable for both residential and commercial purposes. Their 32 Amp MCB are designed to safeguard homes from significant electrical fluctuations and come equipped with efficient air channels and integrated label holders, ensuring both safety and convenience.

Siemens 32 Amp MCB:  Siemens is renowned for supplying high-quality MCB and their 32 Amp MCB are no exception. Known for their high efficiency and reliability, Siemens MCBs ensure your space is protected from unwanted current fluctuations. The Siemens Betagard series, in particular, stands out for its robust performance and trusted protection.

Features of 32 amp MCB Price Available in the Market

Safety: Reliable brands ensure their MCBs are safe for use, protecting against electrical shocks.
Quality Material: High short-load capacity MCBs safeguard entire electrical circuits, and reputable brands use only high-quality materials in their manufacturing.
Tropicalization: These MCBs can function efficiently even in high humidity environments, preventing sudden current surges.
Efficient Tripping: Quality MCBs have quick and efficient tripping characteristics, enhancing the device's lifespan by protecting it from damage.
Variety: Available in different types like Type A, B, and C, with Type C being ideal for household purposes due to its ability to trip 5–10 times more than normal types. For industrial use, Type K 32 AMP MCBs are recommended.

Get 32 AMP MCB at Your Doorstep

Whether for home or industrial use, a 32 AMP MCB is an excellent choice to keep your space safe from fluctuating currents. It is vital to verify the quality of the product before purchase.  offers a variety of branded 32 amp MCB price, ensuring you find the best fit for your needs. Visit  to explore the features and Best prices of 32 AMP MCB, and take advantage of hot deals to save time and money.

Q1: What is the difference between SP, DP, TP, and FP MCBs?

A: SP (Single Pole) MCBs are used for single-phase circuits, DP (Double Pole) for single-phase with neutral, TP (Triple Pole) for three-phase circuits without neutral, and FP (Four Pole) for three-phase circuits with neutral.

Q2: Can a 32 Amp MCB be used for both AC and DC applications?

A: Most 32 Amp MCBs are designed for AC applications. For DC applications, ensure the MCB is specifically rated for DC use.

Q3: What does the tripping curve (B, C, D) signify?

A: The tripping curve indicates the trip characteristics of the MCB. B-curve is for resistive loads (e.g., lighting), C-curve for inductive loads (e.g., motors), and D-curve for high inrush currents (e.g., transformers).